commentary on hegel's logic 27: erkennen
TRANSCRIPT
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Second chapter. Idea of cognition
We began the study of embodied self-maintaining processes or ideas from an “immediate idea” or
a self-maintaining organism. We could modify such an organism and construct a whole “world of
organisms”: in that world we could separate one organism interacting with its environment,
controlling it and finally assimilating the environment. But the organism could also relate to other
organisms as organisms, although it could not by itself step into their shoes. The organisms could
then unite and form a new organism: perhaps concretely, through some sort of copulation, but at
least through our modelling a model of a general living being on basis of many individual
organisms. It was thus possible to construct a cycle of organisms begetting ever new organisms.
This cycle could be seen as a new sort of self-maintaining process or idea, but this one used the
“ideas of first level” as its means: this kind of structure is also exemplified by consciousness or
cognition.
The aim of this chapter is then to study a structure of a Hegelian idea using other ideas as
objects: the final goal is to show how to perfect such a structure, so that the idea is to have
complete control over its objects. The chapter is intriguingly divided into two and not three sections:
firstly, the second-order idea is taken as passively copying the first-order idea, and secondly, the
second-order idea is taken as actively changing the first-order idea.
1./1479. The undeveloped shape of self-maintaining process is life: when this process divides into two aspects, it
becomes cognition.
The divisions of the subjective logic share a similar structure that could be expressed in the terms of
the first division as “concept”, “judgement” and “syllogism”. The stage of “concept” is
characterised either by unity or by unrelatedness: in the concept as such, we had an unrelated and
unified self-modification, while in the chapter on mechanism, we had only externally related objects,
and in the chapter on life, we had an embodied and unified self-modification which was unrelated to
other self-modifications. The stage of “judgement”, then, continues by either separating this unity or
by relating the unrelated things: the judgement proper divided the aspects of self-modification, a
chemical system consisted of interrelated forces and the cognition is an embodied self-modification
having another self-modification as its object. The state of syllogism has then been one where these
related and differentiated entities have been unified in some manner: the syllogism proper is a
method for uniting different aspects of self-modification, while external purposiveness was a
method for uniting real world with the desired goal. We can thus expect that the final result of the
Logic shall consist of a method for uniting or harmonising cognition with its object.
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2./1480. Self-modification becomes an independent entity, when it exists as a universal capacity to govern other entities
and organisms: such a self-modification produces something different from itself, but this apparently different is just
another self-modification. Self-modification is determined by its relation to other objects (whether it is subjective or
embodied): a merely embodied or living self-modification cannot be separated from the system of objects that embodies
it. Self-modification becomes free of organism, when it is characterised as a universal capacity: then self-modification
is divided into a mere self-modification and a living organism. Such structure characterised by the division of self-
modification from something similar to itself is exemplified in human self-consciousness.
We have already seen one example of “concept freeing itself”: this happened at the end of chemism,
when we constructed an example of a self-sustaining cycle of chemical processes and then
interpreted this cycle as an “entity” using these processes as an externally purposive agent.
Previously, we had a mere “subjective” self-modification with no external environment to apply
itself to and then an “objectivity” or a system of objects that could be used by self-modification,
although there was no self-modification: only in the teleology did we see independent “subjectivity”
and “objectivity” interacting with one another. In the structure of life these two elements had
harmonised with one another: although “subjectivity” or self-modification was the controlling
aspect, it was still immediately embodied or identified with some system of objects. When we
moved from life to cognition, we once more made “concept free” in the sense that we constructed
an example of a second-order process using the first-order process of life as means: a “higher
subjectivity” (e.g. a consciousness) has been separated from subjectivity of mere life.
3./1481. The rational psychology tried to determine in the manner of physics from the experience of personality,
whether personality had such and such characteristics, but the problem was that personality had even opposite
tendencies: the rational psychology also abstracted from all empirical notions and thus became completely empty. Kant
also noted that rational psychology couldn’t use any empirical notions without losing its purity. The only notion to use
would then be the empty idea of an indeterminate awareness: furthermore, Kant noted that such awareness couldn’t
really be differentiated from other experiences, because it accompanies all experiences. Rational psychology tried
paralogistically to use determinations of such awareness as characteristics of a determinate object.
One part of the pre-Kantian metaphysics consisted of what was called a rational psychology that
studied the structure of human consciousness or soul, as it was then called. Everyone was expected
to know from experience what a soul was: indeed, one’s own self was supposedly what one was
most familiar with. Yet, rational psychology did not mean making experiments with one’s
consciousness, somewhat one might do in physics: any mere empirical confirmations would have
been part of empirical psychology. Instead, rational psychology tried to base its results on mere
deductions starting from the notion of consciousness. Hegel notes that the problem with the rational
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psychology from his perspective was the same as with the pre-Kantian metaphysics in general: the
Wolffian philosophers tried to find clear-cut answers to questions about consciousness (whether it is
a unity or a multiplicity etc.), when the answers depended from the viewpoint from which the
consciousness was investigated (the consciousness is a unity connecting different states, but it does
have many aspects etc.).
Kant had also his own reasons to distrust rational psychology, differing from Hegel’s. Kant
started by thinking what could the rational psychologist assume, if he could use no empirical
notions: Kant suggested that nothing else but the empty idea of “having an awareness” that
accompanied all experience. Kant noted that this generality of the idea of consciousness was in
itself a hindrance to rational psychology: because we always had this awareness, we could not really
tell how to differentiate it from any “state of unawareness”. But the major failure of rational
psychology was to assume that it could deduce from the notion of this awareness what the person or
thing having this awareness was like: thus, Wolffians had tried to deduce 1) that awareness was
connected to an aware entity, 2) that because awareness could not be split into smaller pieces, the
conscious entity was also indivisible, 3) that because awareness appeared to last from one moment
to another, the thinking entity was equally stable and 4) because self-consciousness could be
separated from the consciousness of even the body, this thinking entity was immaterial. These four
apparent deductions were for Kant mere paralogisms that failed to reveal the truth.
4./1482. I have explicated these views in detail, because they reveal something of the pre-Kantian and Kantian notions
of consciousness. Pre-Kantian metaphysics tried to show what capacities consciousness had from the empirical notion
of consciousness. Kant studied only Wolffian metaphysics, but not Plato’s or Aristotle’s notion of soul: his criticism
was limited to Humean scepticism, according to which we cannot know anything of the entity that thinks. But Kant had
not even tried to explicate what thinking means, but only named it. It is a strange criticism that it would be hard to use
consciousness to become conscious of itself: indeed, consciousness does not use itself as an external means, but it does
have the capacity of taking itself as its own object, which can be verified even empirically. A stone cannot think of itself
and requires thus the assistance of an external thinker.
The pre-Kantian or more precisely modern and especially Wolffian metaphysics wanted to know
what was that thing that had thoughts: whether it was material or immaterial etc. Hegel points out
that the whole question is actually unimportant for determining the essence of thinking, which is
especially a process and not a thing – similarly, it would be a mistake in semantics to ask whether
an explosion as a process is gaseous, liquid or solid. Indeed, Hegel was convinced that Plato and
Aristotle had already had this insight: Plato had said that soul was characterised by self-movement,
that is, by a certain process, and Aristotle had expressly defined soul in general as the form or
structure of a living entity and human soul in particular as the form or structure of thinking entity.
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The question what thinks is thus inessential – and there actually might be a number of entities that
might think – while the essential problem is what thinking itself involves.
Hegel’s criticism against Kant’s criticism of rational psychology is then not meant insinuate
that rational psychology would have been somehow correct: instead, even its questions are so
wrong that the whole discipline hardly requires any refutation. Kant assumed that study of a soul or
consciousness could not be anything else but what Wolffians tried to do and so failed to see what
study of thinking might be (paradoxically, some of what Kant actually says in his three Critiques
might well have been called psychology in the Hegelian sense).
Hegel especially criticises Kant’s assumption that we cannot really discern thinking subject
or the state of “being aware” from other states, because we are always aware of something – or at
least we cannot be aware of any state of non-awareness. Kant’s point was targeted only against the
possibility of discerning the thinking subject from other possible objects, but some of his successors
developed this idea a bit forward: we could not even be aware of the subject as a subject of thought,
because we already made it an object of thought in thinking it. For Hegel, this whole problematic
involved the common problem of trying to find some entity behind thinking: a pointless exercise on
his opinion. Indeed, Kantian criticism had not really even tried to say what thinking was: it had
merely named it as thinking and then immediately moved its attention to the supposed person
behind this mask of thinking. But it is the mask or the structure of thinking that is the essential point,
Hegel says, and one of the most essential properties of this activity is that in addition to other
objects, it can also take the activity of thinking as its object: this is in fact what had been done even
in the formal methodological investigations of Kant himself.
5./1483. Conscious entity cannot remove itself as the subject of awareness, and it also cannot reduce itself to a mere
intuited object. Here Kant is identifying sensuous reality with objectivity: indeed, Kant is regarding consciousness
either as subjectivity without objectivity or as a demanded objectivity without subjectivity. But it is equally impossible
to think of a mere conscious subject, because such a subject is always conscious of something: it is the very nature of
consciousness that in it subject and object are interconnected. Kant’s hazy idea of consciousness is as abstract as the
characterisations of rational psychologist, but fails to touch Aristotelian notion of a thought thinking itself: Kant should
have seen that psychology should not deal with mere consciousness without any relation to its interaction with objects.
Kant thought that the possibility of rational psychology would demand a capacity to intuit thinking:
that is, a possibility to look from a third-person perspective the process of thinking, as we study the
process of movement in physics – only through intuition could we be sure that there really existed
some thinking entity (Kant did admit that we could intuit ourselves internally, but that intuition
apparently could only discern our internal states and not any subject behind them). Hegel’s point is
that such a thinking from a third-person perspective would actually not be thinking anymore, but at
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most thinking from the perspective of mere passivity (one aspect of thinking). Furthermore, such
third-person perspective on thinking is impossible, but equally impossible it is to think of a pure
activity of thinking subject, because thinking is always connected to some determinate object: if
nothing else, then it is thinking of thinking. Indeed, it is also to this phenomenon of “thinking of
thinking” to which Hegel refers in his remark on Aristotle’s “highly speculative notions on thinking”
– thinking is not just a passive viewing of objects, because it can construct its own object, at least
by taking itself as an object (note that thinking is here meant to include also practical determination
of objects). Mere thinking entity in abstraction from any actual process of thinking is “untrue”: not
in the sense that it would be completely impossible that a thing that happens to think might stop
thinking, but in the sense that the process of thinking is much more important issue than the
question what sort of a person one is, when one is not thinking of anything (at least not a conscious
or thinking person).
6./1484. Kant criticises specifically only Mendehlssonian proof of the immortality of soul: Mendehlsson supposes that
soul is qualitatively simple and thus cannot change into anything else. We have seen that qualitative characterisations
change from one situation to another: self-modifying structures, on the other hand, merely modify themselves, but these
modifications are still modifications of the original structure. Kant tries to counter Mendehlssonian proof by applying
quantitative notions to consciousness: although consciousness cannot be divided into parts, it has a grade of awareness
that can be diminished. But quantitative notions do not concern self-modifications.
Hegel returns to Kantian criticism of Mendehlsson’s proof of the immortality of soul that he has
already investigated in the first book of Logic (or more precisely, that he will investigate in the
second edition of that book). Hegel’s answer to both Mendehlsson and Kant is actually same: they
both try to categorise thinking through notions that are irrelevant to thinking understood as a self-
modification/determination. Thus, Mendehlsson tries to say that because consciousness cannot be
divided like a piece of matter, it cannot be destroyed. Hegel correctly points out that qualitativeness
itself is no guarantee for changelessness: what is something from one viewpoint or in one situation
can well be something else from another viewpoint or from another situation. Indeed, if we uphold
that consciousness cannot be identified with something unaware, we cannot be conscious from the
perspective of any other thinker looking at us from external viewpoint and not being aware of our
consciousness.
Kant’s own criticism that the soul could still lose its own “grade of awareness” is
rejected by Hegel for just the same reasons as Mendehlssons’s original proof: thinking as self-
modification is not restricted to any quality of consciousness or to any grade of awareness. This
implies the radical notion that even in the state of death consciousness exists in the sense that this
state of death is just modification of the original state of consciousness: it is just the final stage in
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the process of self-nullification, but still a stage of that process. One could say that Hegel thus
upholds accepting one’s immortality through redefinition of the original question: one should not
fear the state of death with possibly no consciousness at all, because this state is still just a
consequence of one’s life.
7./1485. Even Wolffian metaphysics tried to separate the inessential from the essential: Kant’s criticism ignored such
questions. It shows lack of philosophical mind, when one buries oneself in the phenomena of everyday life and believes
all else to be beyond human reason: actually, the capacity of self-modification is something higher, and the phenomena
and abstractions themselves can be shown to be inessential.
At this point we can finally start to discern what the true point of contention between Kant and
Hegel is, at least as Hegel saw it. The traditional metaphysics had tried to determine which aspects
of their environment were just fleeting, inessential and without any value and which were stable,
essential and valuable: this is what the difference between substance and phenomenon amounts to,
when we read them as Hegel does. Thus, it was not so much a question of truth in the sense of
propositional truth, but the question of goodness that Hegel is concerned about. When Kant then
had said that the “unconditional” cannot be known, Hegel at once interpreted this as a sort of value
judgment: we are locked in a world of worthless items and we cannot ever find anything truly
valuable. Indeed, Hegel even thought that Kant had forgotten this question: for instance, Kant had
failed to ponder whether it was the supposed thinking entity or the very act of thinking and
engaging with the objects that was more important. Hegel’s own answer was that the very power of
self-modification that our thinking has could show what is truly worthy of study: “thing in itself” or
objects and their aspects that lie beyond our possible experience and “I that cannot be an object of
itself” or power of thinking in its latent stage are clearly not worth of a serious study – indeed, they
cannot be studied at all.
8./1486. We have shown how to construct the structure of personality from the structure of life: this construction makes
the structure of personality something with which we have to measure the worth of the phenomena. Living organism
was already an embodied self-modification, but not the highest possible: organism is an individual object governed by a
possible new process of self-modification, which is actualised by human personality that assimilates life in order to
have power over itself. In this book we study only the abstract structure of personality: in more concrete sciences we
would look at how personality exists in nature.
Hegel’s manner of demonstrating the “truth” of consciousness is to show that one can construct it
from more abstract and “less true” structure of life. The structure of life was indeed already “an idea”
or a cycle of self-modification embodied in some system of objects (body). Yet, life appeared only
in the shape of individual organisms that did not have the capacity to “become one another”, while
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the general power of creating life out of life was something external to the organisms (this power or
genus is only something “inner” or not an entity in its own right). The “truth” or the next stage of
progression from life was then this general capacity controlling individual living organisms (at least
in the sense that it could model all of them), taken as something existing. This “universal capacity
over life” or “idea of an idea” was then the logical shape of personality, that is, an ideal model of
personality/consciousness. A concrete human consciousness, of course, has other traits beyond this
general capacity of self-determination: a human being is, for instance, a spatio-temporal creature.
These more concrete characteristics of humanity are not the subject matter of logic, but of other
sciences that can assume the results of the philosophy of nature.
9./1487. Human personality is often called a soul: soul is seen as a thing that could exist in some definite place and that
might be immortal – especially in monadology soul is like any piece of matter, just more aware of its surroundings.
Self-modification exists also as united with its given life, as it is studied in anthropology: but even in anthropology soul
is no thing. Anthropology studies the influence of nature to a personality and the capacity to instinctively be aware of
the changes of nature: furthermore, it studies all the various idiosyncrasies of a person.
Hegelian “idealism” differs from what is usually understood as idealism. In particular, Hegelianism
does not imply immaterialism of everything, if by immaterial we mean something that is not part of
the realm of natural. Indeed, Hegel here consistently denies that soul or consciousness would be an
immaterial entity: consciousness is not even an entity in the same sense as e.g. stones are entities
(collections of certain molecules), but a systematic process. It would be completely impossible to
determine e.g. where in the human body the process of life or where in the human brain the process
of consciousness is situated: such processes occur in the whole system of objects. Even more
ridiculous is to ask whether consciousness could exist without any substrate: equally ridiculous it is
to ask whether fire could exist without anything that burns. Somewhat misleadingly Hegel calls
materialistic all theories of consciousness that try to present it as any sort of entity. In this sense,
even Leibniz’s monadology would be materialism, because it takes consciousness to be an
indivisible substance just like any piece of dust – it has merely become conscious by arising to the
level of a central monad of a certain group of monads.
Although Hegel denies that human consciousness could be described as some entity – it is a
process of self-modification – he does admit that consciousness does not create itself out of thin air,
but has a certain starting point from which the process of consciousness begins. This starting point
is something that cannot be determined through an ideal model of consciousness, but must be
accepted as given by experience: and because experience can reach only contingencies,
consciousness might have different starting points. The starting point is determined, firstly, by the
natural environment in which the process of consciousness begins: a child born in jungle has
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different experiences than a child born in Arctic zone. Furthermore, the human being itself can have
various personal characteristics that are not shared by all human beings: these characteristics are in
practice just given, although they might have e.g. genetic or environmental causes. The point is that
human being need and should not stay in this level of immediacy. Instead, the science of
anthropology does not just study human beings in this “state of nature” (original or caused by
regression), but also shows how human beings should not let their idiosyncrasies and especially the
effects of natural world determine their action completely: human being should try to subjugate the
various impulses she receives without and within herself under the guidance of her own personality.
Paradoxically, only this struggle against impulses creates the conscious subject separate from mere
natural impulses.
10./1488. The next level from natural human being is consciousness: self-modifying process of human personality frees
itself from its environment, but is still on equal standing with it. The environment as an object of human personality is
independent of consciousness, although consciousness is hostile to it: the human consciousness has here opposite
tendencies of both modelling object as it is and assimilating it into the control of consciousness.
While anthropology studied the natural basis of human consciousness or soul, the phenomenology
of spirit is a science studying consciousness after its separation from its environment: consciousness
is already aware of itself as something different from the objects around it. This science was studied
by Hegel in a renowned book of a same name, but this book investigated much more than what the
phenomenology in Hegel’s philosophy of spirit does: in the book, Hegel studied also the historical
determination of modern times, but in the later phenomenology, he concentrates on the question of
how to lead a single human consciousness from the state of “appearance” to the “truth” of humanity.
The problem in the mere consciousness is that despite its becoming free of the nature it still doesn’t
manage to harmonise nature with itself. The consciousness has actually two strategies for this
harmonisation. Firstly, it might try to become passive and just theoretically model the objects
around it: this strategy ends up by consciousness noticing that what it really should model – laws
and forces controlling the natural objects – are actually in an important sense structurally similar to
the consciousness itself (that is, consciousness can use these laws and forces for its own control of
natural objects). Secondly, the consciousness might take an active stance and try to subjugate all
objects: this strategy ends up by consciousness noticing that all objects should not be subjugated,
that is, that other conscious entities should instead be recognised as equals to interact with.
11./1489. Perfected consciousness has idealised objects and deals with its own representations: this is the issue of an
empirical psychology made scientific. The perfected consciousness is still imperfect, because its content is given, but it
should aim to find the ability to construct its own content and thus to become completely perfect.
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The phenomenology of spirit ends with harmonisation of the consciousness and its environment:
consciousness learns that the environment is not something foreign, but a realm of possible actions,
and furthermore, not merely something inessential, but contains also other essential or conscious
entities. After this lesson for changing one’s viewpoint, consciousness has become “spirit” or
human personality that is at least instinctually sure of its own freedom and worth. Human being
need not then anymore struggle with the world around it. Instead, it should internalise what is given
to it – produce mental representations out of external sensations and internal feelings. The
capacities for manipulating such representations had been traditionally handled by psychology, but
Hegel does not regard these capacities as inessential and arbitrary tools: instead, they are like
modifications of the very process of self-determination. The goal of psychology is to show how one
can completely determine the content of these representations: this is possible, because human
beings are active and can produce at least linguistic signs. At the highest point of this progress lies
the Logic, whereby one constructs models of structures that all conscious entities would be capable
of constructing. After this, the conscious entity should turn its newly gained abilities to world
around her: just like her own representations, she should be able of controlling the unconscious
world around her, together with her fellow conscious entities.
12./1490. The pure structure of consciousness does not deal with the natural or given side of human consciousness,
because it is a) at stage where there is no given anymore and b) because it has not constructed a model of nature: we
should thus merely study self-modifying process that uses another self-modifying process as its means – yet, even this is
not the highest level of progression.
Hegel once again emphasises the difference between the logical structure of cognition and the
concrete human consciousness: when we are constructing an ideal structure of cognition, we are not
taking into account the possible starting point of the process of cognition. The cognition could have
various starting points, just as long as the process itself confirms to the structure of cognition, that is,
the process is self-modifying and uses some other self-modifying processes as means for its own
maintenance. In Logic we need not deal with the question of the starting point, because in Logic we
could construct any possible starting point: the time of given natural determinations is long gone,
when human beings reach the level of Logic. Then again, we have yet not constructed any model of
the nature around us: in this sense, the nature (or its model) awaits us and our construction, which
will happen in philosophy of nature.
13./1491. In its given stage, the self-modification acting on self-modification has not yet harmonised itself: it must still
perfect itself. The self-modification tries to fill itself with appropriate reality: the object of self-modifying process
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becomes some modification of this process, and the process thus achieves its goal.
In the current stage, we are looking at a structure of imperfect cognition: the cognition involved is
merely “subjective” or it is not yet completely harmonised with the system of objects that is
supposed to maintain it. The goal of this imperfect cognition is then to perfect itself or find “truth”.
Truth here does not mean any correct proposition or even collection of all such propositions. Instead,
the truth is here, as elsewhere in Hegel’s philosophy, “unity of concept and reality”: that is,
“concept” or self-modification should “realise itself” or construct all the possible modifications it
can. This means that self-modification should change the object that is given to it – e.g.
representations – into “determinations of concept”, that is, to its own modifications: that is, it must
either find ways to reconstruct what is given to it or then change what is given to it to something
that it can construct.
14./1492. Cognition is a process uniting self-modification trying to realise itself with external environment restricting it:
both extremes are embodied self-maintaining processes, although self-modification is an active and conscious, but
undetermined process, and the environment is a passive and latent, but rich process. The process of cognition constructs
the unity of these extremes and is first a mere means for this unification. The conscious self-modification separates
itself from its environment, but also tries to fulfil itself by assimilating the environment: the self-modification has the
intrinsic capacity to control the environment, and it both changes the environment to correspond to itself and changes
itself to correspond to the environment.
The Phenomenology begins with a supposedly misguided definition of cognition as means by which
the subject reaches out to the “absolute” or some object: the very same definition is here applied to
the imperfect cognition, in which “concept” or self-modifying process tries to unite itself with an
external world or environment restricting it by means of the cognition, which is then interpreted as
something different from both subject and object. Actually, both the extremes are from an abstract
viewpoint just modifications of the same structure: they are both supposed to be “ideas” or self-
maintaining systems of bodies (the environment is a living totality and the subject is a self-
modifying consciousness). Different extremes just emphasise different aspects of the idea:
consciousness is “for itself” or actively separates itself from its environment, but “abstract” or in
need of some content to fill itself with, while the environment is “in itself” or the passive unity from
which consciousness separates itself, but “concrete” or full of different aspects and modifications.
Now, in one sense the self-modifying subject just separates itself from the environment and acts in a
hostile manner towards it, but in another sense the consciousness requires the environment in order
to find “real truth” for its “formal truth” or “certainty” – that is, something to fulfil it. Thus, the self-
modifying subject has actually two different strategies. Firstly, it may try to fulfil itself through the
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content given by the environment: that is, it may try to theoretically model the environment and its
various aspects. Secondly, it may try to practically change the environment so that this environment
will correspond to its wishes. We shall see that the subject has to actually use both these strategies
in order to perfect itself.
15./1493. In its first stage the imperfect cognition is theoretical: external world is given and the self-modifying subject
is a mere form that has the formative operation of moving from latent to active modification, but requires a given
structure as its object.
Although the self-modifying cognition must ultimately use both strategies, Hegel begins from the
more passive or theoretical strategy. Indeed, the external environment appears first as something
given to cognition. The cognition is the more active part of the relation: it is “form” or an operation
moving some “content” or passive, but not featureless structure through different modifications.
The modifications that the self-modifying subject applies to this content are the familiar aspects of
self-modification, that is, the latent capacity of being modified and the activated state of having
been modified: the cognition interprets the content as having certain general capacities for
characterisation, one of which happens to be activated (e.g. this is a cup [general] that has been
filled with coffee [particular activation of one possibility]). The self-modification does not see at
this stage that it could take also itself as its own object: thus, it requires some given content to
which it can apply its cognitive capacities.
A. The idea of truth
The first state of the imperfect cognition is the theoretical attempt to passively fill itself with
whatever the environment gives to it. Yet, the cognition does not stop here in its striving for truth: it
also tries to model the various aspects and characteristics of the environment, and this modelling
requires some active effort. Thus, the theoretical cognition divides naturally into two parts:
analytical, which merely divides the given object into its element, and synthetical, which tries to
reconstruct the various interconnections between these elements. The outcome of the theoretical
cognition should then be a possibility for using the knowledge of these interconnections in practical
activity.
1./1494. Cognition has a goal: it can use itself as an object, but it cannot yet interpret its modifications as independent
objects – thus, it must make its differentiations truly independent by filling them with details of a discovered
environment. From another perspective cognition holds itself to be essential and the environment inessential and it tries
to assimilate the inessential into itself: the product of this assimilation would actually be the original passive
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environment as an object constructed by the cognition and a structure that could be indifferently moved from one
modification to another.
Hegel gives two different descriptions of the relations of the theoretical cognition and its
environment: note that both descriptions are meant to apply to theoretical cognition, although one
might be at first tempted to read the second as a description of a practical cognition. The
descriptions both characterise the relation in terms of a “contradiction”: the cognition should be
something, but it fails to do this and thus has an urge to fulfil that what it should be. Interestingly,
the descriptions characterise the terms of the relation in somewhat opposite manners: in first
cognition has qualities that the environment has in the second and vice versa.
The first description starts by characterising the cognitive subject as something that has itself
as its object: cognition can then think of itself. Yet, this self-thinking is too abstract, because the
cognition does not yet have the ability to interpret this “self as an object” as something different
from itself: in other words, the cognition can modify itself and thus apparently construct many
virtual models, but it has not the required imagination for regarding these virtual models as
independent of the subject and one another. Here, the simple and unified cognition requires then
multiplicity and variety that can be given only by the external environment that is independent of
the subject and that the subject merely discovers without creating it. This model of cognition
resembles Kantian idea of an understanding requiring the sensuous manifold in order to produce
true cognition.
In the second description, it is the cognitive subject that is characterised by the multiplicity
and the cognised environment that is characterised by the unity. Here the subject is something that
actively separates itself from the world around it, and because of its activity, it regards the passive
world that it discovers outside it as something inessential in comparison. Yet, just because this
supposedly inessential environment is independent of the subject, the subject tries to show that it
can “find itself within the environment”. That is, the subject tries to see the object as something that
it can understand and hence harmonise itself with – paradoxically this harmonisation leads then to a
return to the original unity from which the cognitive subject separated itself. If the previous story of
cognition reminded us of Kant, this description has clearly Schellingian overtones: understanding
has fallen from the unity of life and through the process cognition it strives to reunite itself with the
unity.
2./1495. This is the urge to truth in the theoretical sense. An object can be suitable for some self-modification and thus
be true, but a proper truth can be found only in cognition: this higher sense of truth is expressed in value judgements,
where an object is related not just to independent characteristics, but to an evaluative comparison between model and
reality. The self-modifying subject is theoretical, because its activities have yet no internal object: the cognition can
13
only change environment without truly controlling it, and therefore it can just change the environment into its own
modifications, but not find the true essence controlling it – the unification of subject with object is then like a
unification of opposed forces, instead of a unification of elements that can be constructed from one another. Cognition
can externally assimilate an object into its system of knowledge, but this is a mere external assimilation of a given
material: it fails to perfect itself while it seeming perfects itself – the passive environment remains independent of the
subject. Peculiarly modern philosophy takes this imperfectness of cognition as its perfect condition: it assumes there is
some abstract and unreachable thing behind cognised thing – the value of thought structures is here determined by their
relation to the environment, instead of being determined by their own worth.
Hegel's crusade against Kant's notion of a thing-in-itself continues: this time Hegel's criticism need
not be restricted to some structures that Kant fails to analyse correctly, but to the very cognition
Kant's theory was meant to describe. Hegel is not saying that cognition could not assume such a
shape. On the contrary, he is just insisting that we should not call such a cognition the highest
possible – not even highest humanely possible. True, one should try to discover truth also in the
theoretical sense. Generally, an object that is as it should be is “true” or valuable”, but the highest
truth is not to be find in objects, no matter how valuable they are, but especially in the relation of
objects to some self-modification (objects satisfy their ultimate purpose by helping to maintain
some self-modifying process).
One possible manner of finding this “truth in cognition” is theoretical cognition of objects: a
person should be able to understand and model things around her in order to find perfection. The
problem with the cognition of the Kantian sort is that it cannot find this ultimate (and possible) goal.
It can “unite” itself with the object in the sense that it finds a view of some object, but this
unification is artificial: the object and the subject are “originally separated” or have no tendency to
unite with one another. Indeed, the subject has no capacity to provide an object for itself, and hence,
it requires a given object to satisfy itself. In a sense, this given object independent of the subject
appears more essential than the cognition received from it. Even if Kant himself would have
admitted that the goal of cognition is to know the object as it is known, it is no wonder that
Kantians would have desired something more, namely, the object itself before it interacted with
cognition: instead of understanding, they would have wanted a unification of subject with the object.
Hegel is here attacking those Kantians for desiring something that is actually inessential in
comparison with the cognition, which is the true goal of theoretical subject.
3./1496. The imperfect cognition should in one sense be in contact with what fulfils it, although in another sense it is
not in contact with it: this duality of viewpoints vanishes, if we don't take the mere subjectivity or the mere objectivity
as essential – this is an external change, but the cognition itself solves the problem by realising its goal and filling itself
with knowledge. We have to now consider the activity of cognition: the self-maintaining process of cognition tries to
modify the object so that it can be assimilated to the subject. Object cannot resist the modification by subject: in the
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imperfect cognition object is not yet a pure self-modification, but is modified in a particular manner – still, the object is
potentially inessential in comparison to subject, which just has to activate this certainty of itself and to realise its powers.
Hegel's simple solution for the dilemma of cognition not being able to reach things in themselves is
just to ignore these things: it is not things as they are beyond all possible cognition or the subjects of
cognition before any actual cognition that are the essential thing – instead, the very act of cognition
should be the ultimate goal we should study. Furthermore, cognition itself shows its own possibility:
we do have knowledge – even Kant admitted this. Indeed, the very activity of cognition consists in
the subject of cognition going over the discovered object and changing it into a propositional form
the cognition can handle. The subject of cognition is already sure that it can have cognition, because
it does have the abilities to do so, and the only thing it need to do is to use these abilities and to
realise its goals.
4./1497. The process of assimilating the environment begins similarly as purposive action by self-modification just
appropriating an object: objects cannot resist the force of self-modification. Self-modification remains in a state of
identity, but its own modification corresponds now to some state of being: self-modification modifies itself not to
modify the object, but to take it as it is.
Hegel describes the beginning of the process of cognition in terms of purposive action: the goal is to
fulfil the supposedly empty subject with material received from the object, and the first “premiss”
or step towards this is the immediate appropriation of the object by the subject. Hegel describes this
appropriation in terms of subject transmitting itself towards the object: a similar language was used
of a spreading of some characteristic in a mechanical system. Hegel also uses the terminology of
subject sending light towards the object, which is very appropriate here: subject of cognition is
actively seeking some objects to discover. These “light rays” then return or “reflect back” towards
the subject, and the result of this information gathering is thus a continuation of the self-feeling of
cognition: the process of cognition does not change anything within the world, but only causes
something to happen within cognition. The new state of cognition is still in a sense new: it
resembles some state of being or situation. The subject of cognition has in a sense sent “rays of
cognition” towards objects and from the rays returning it constructs a picture of what is out there:
an inner representation has been created of an external object. The act of cognition is now not
directed towards the object or its representation, but towards the cognition itself: cognition restrains
itself and tries not to do anything to that representation.
5:/1498.In the first step, cognition does not apply structures, but finds them and merely removes hindrances of seeing
them: this is analysis.
15
Interestingly Hegel says that in this first analytic step cognition does not apply logical
determinations, but merely accepts them as given. Hegel does not then think that the environment
around cognition would be completely structureless. Instead, it already has some structure – in the
limiting case, a structure of there not being anything. The cognition then need not externally apply
some structure to its environment – indeed, it even should not do this, because its goal is just to take
the structure of the environment as it is.
a. Analytical cognition
The first step in the process of a cognition seeking truth or fulfilment through an appropriation of
its object is analytical: the cognitive subject is aware of some situation and then it just takes this
situation as it is. A pure analysis would leave the matters at this point, but Hegel appears to accept
some more concrete operations as still analytic: dividing a situation into its constituent elements
and arithmetically reorganising it seem also to belong to the analytic step of cognition. The aim of
the analysis is, of course, not a mere taking of situation as it is: the analysis must leave itself open
to a further synthesis, where separate situations are connected to form a framework of situations.
1./1499. Analytical cognition is sometimes defined as a process from known to unknown and synthetic cognition as the
reverse process: this is an unclear thought. Cognition in general must begin from a state of ignorance, because otherwise
it would not start, but already exist: then again, one always proceeds from familiar to unfamiliar facts – that is, when the
cognition in general has started.
Traditionally analytic method was defined as starting from a given theorem or problem and then
proceeding from this concrete statement towards the axioms and principles underlying this
statement: the synthetic method started from the opposite place of axioms and principles and from
these deduced the theorem or showed how the problem was to be solved. The concrete theorems
and problems could be thought as familiar from everyday life – one could know from experience
that e.g. angles of a triangle always summed up to two right angles. Similarly, the axioms as far
removed from concrete experience could be seen as unfamiliar to readers – for instance, it takes
quite a lot of abstraction to even understand what the parallel axiom says. Yet, in a sense these
descriptions are misleading. If we already know something, we already start to gather new
information through the information we are already familiar with and proceed to gain information
we are unfamiliar with: even in synthetic proof of a theorem already known from experience we
know the axioms (otherwise, the whole proof is only hypothetical) and we gain the formerly
unfamiliar information that the familiar theorem could be based on something more than mere
experience. Then again, the whole process of cognition must begin from a general state of
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ignorance, because otherwise the cognition would never had really started: thus, even before we can
analyse some phenomenon into its constituents, we must familiarise ourselves with it.
2./1500. Analytical step of cognition is defined as a given connection to an object: this connection involves the
application of self-modification to the object, but the cognition must inhibit this application. Only the cognition is
affected by this process and all differentiation of objects is just supposed to be given by the environment: the cognition
abstracts such an object or element from the whole environment – it cannot connect such abstract elements to one
another.
Hegel himself defines analytical cognition through the idea of a “mediation cancelling itself”: the
self-modifying subject interacts with the object, but at once restrains itself and merely takes the
object as it is. As we saw before, the object itself should have various aspects by which the subject
can fulfil itself: if nothing else, the cognition can take as its object its own interaction with the
object, and this interaction undoubtedly consists of several elements (the subject and the object).
The cognition does not then construct this diversity, but merely discovers and copies it. The
cognition thus uses only the capacity for “abstract identity”: it isolates certain elements from the
variety of its environment and presents them faithfully, without changing them or connecting them
to anything.
3./1501. Analytical step begins from a discovered object with various properties, although the discovery of the object
might still be a task left to do: the analysis does not just break this object into various smaller objects. The products of
analysis should be structures that can be constructed through a self-modifying process: these structures are also
something that can be developed out of the object in question. Thus, Kantian theory that cognition constructs all the
structures apparently discovered in featureless object is equally one-sided as empiricist theory that cognition merely
discovers structures within the object. Cognition is from one perspective construction and from another perspective
discovery: the abstracted structures do not exist in this form without the analysis of cognition, but they exist in latent
form in the object.
Hegel loosens up somewhat his definition of analytical cognition: analysis does not need to start
from a discovered ready object, but it can also begin from a task to find or make that object, as long
as all the necessary ingredients and instructions for finding or making this object are given. Thus,
Hegel can include also most of the simple arithmetic into analytic cognition: after all, an
arithmetical problem often begins with a proposal to do a certain task (e.g. summing two numbers)
and then the result is just apprehended as a single number. Furthermore, Hegel comments that the
results of the analysis are not just mere representations, but “conceptual determinations”. Now, the
difference between representations and concepts in Hegel lies in that the representations require
something given for being actualised, while concepts come with some recipes for actualising them.
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Thus, Hegel tries to say that analysis does not merely cut an object into pieces, but that it cuts them
to pieces it can itself construct (that is, at least model).
Hegel also comments on the clash between two different ways of interpreting the work of
cognition: one side or the empiricists, whom Hegel here calls realists, suppose that cognition just
discovers the various structures within the experienced objects, while the other side or extreme
Kantians like Fichte, whom Hegel here calls subjective idealists, suppose that there is actually no
structure to be found in the external objects and that the cognition itself latches these structures onto
the reality. Hegel’s position could be said to be a sort of synthesis of the two positions. Clearly,
even the results of an analysis do not exist in the original object in the same form as they do in the
cognition after the analysis: for instance, if I analyse a triangle by separating the sides and the
angles, the sides and the angles do not clearly exist as isolated in the triangle. Still, the possibility of
finding such and such elements in the analysis is clearly dependent on what is being analysed: we
wouldn’t find angles in a circle.
4./1502. Analytical cognition requires no mediating links, but just finds determinations given in the object. A true
cognition should also connect diverse aspects and situations to one another: the imperfect cognition cannot construct
diverse situations and thus must just satisfy itself with given diversity. The analysis could undoubtedly continue by
making further abstractions from its results and finally end up with a collection of isolated situations: this is no true
development, but a repetition based on the possibility of seeing one situation in one sense as abstract and in another
sense as concrete. Some structures do involve the possibility to move to other structures: e.g. we can move from cause
to its effect. Yet, such structures are just intrinsically bound up with one another and even their connection is just given:
cause is connected to an effect, because it is essentially just an aspect of a larger structure. From the perspective of
analytical cognition, this connection is merely given: it is thus indifferent whether it is called a priori or a posteriori –
even Kant failed to construct examples of such determinate connections through the capacity of self-modification.
The main problematic of analytic step in the imperfect cognition is its sterility: it can merely discern
what is already there in the object, but it does not have the ability to construct completely new
structures and thus predict what there might be. The richness of the analysis depends then on the
richness of the object involved: the results of the analysis might be abstract in comparison with the
original object, but if they are as isolated still complex, the analysis can still continue. The final
stage of the analysis is taken by an “abstract identity” – situation isolated from everything – and a
mere “diversity” – collection of other situations and objects with no intrinsic connection to one
another. Although analysis does not then by itself lead to any intrinsic connections, it might still
accept and perhaps even use them, that is, if they are given in the original structure. In such a case,
the original object has actually been an intrinsic aspect of a larger structure: if we know A to be a
cause, we can assume that it has some effect, with which it forms a structure of causality. A perfect
cognition could even produce such connections by using its own capacity of self-modification for
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constructing them – this is what Hegel himself has been doing all along in the subjective logic, what
Fichte before him attempted to do and what Kant failed to do in his Critique.
5./1503. Arithmetic is often described as analytic and it truly is so. Analytical cognition begins usually from a given
complex with diverse elements involved: arithmetic and algebra deal only with abstractions that are connected just
externally. Arithmetic and algebra are based on unconnected, independent unities: such unities can be indefinitely
multiplied and connected into further sets. Only the cognitive subject decides how to collect such unities: units in
numbers do not have any intrinsic connections. When cognition has produced several numbers, it can connect these also
through various methods: it might seem that these methods are merely given to analysis. Yet, they consist merely of an
ever growing similarisation of numbers: in addition, numbers can be unequal, multiplication is an addition of a certain
number of equal numbers, while exponentiation involves equality of the factors of multiplication.
Hegel returns to the issue of constructing number system that we have already dealt with in the first
book of Logic: this time Hegel concentrates on the analytical nature of the “theorems” within this
system. The construction itself involves something more than mere analytical method, but even this
more is not very much above analytical method, and furthermore, it is usually ignored. The
peculiarity of the number system, in comparison to other objects of analysis, is that the number
system is not given, but is indeed nothing but a human construction: this is a place where Hegel
most clearly accepts the fictionality of arithmetic. Indeed, it is not so much that the mathematics is a
work of imagination like literature, but it is more like a work of abstraction: only connections and
characterisations left are external and dependent on the arbitrary choice of a unit or reference point.
The unit itself can be anything that can be arbitrarily multiplied and collected in sets: one possible
candidate for the indefinite set of units is the series of situations starting from an empty situation.
But it is completely arbitrary what this unit it, as long as it has the required structure: thus, the
mathematician does not need to wonder where her units are coming from. Numbers then arise by
forming collections of units, and the simplest calculation or addition is nothing but an application of
this general formation of numbers: add these units and then these other units together. The series of
arithmetical operations proceed now towards more similarity of elements. By restricting the
addition to collections of similar size, we multiply: and by determining that the multiplied
collection and the multiplying amount should be similar, we raise numbers to higher powers.
6./1504. The product of an arithmetical operation is completely characterised by the operation, and therefore there can
be only arithmetical problems and not theorems: an arithmetical theorem would be just a solution of a problem and thus
a triviality. Kant has thought that “5 + 7 = 12” is a synthetical truth, because five and seven differ from twelve: but an
analysis need not be a mere tautology, just as long the difference between the starting point and the goal is completely
arbitrary. The starting point “5 + 7” expresses a task: this task is completely mechanical and its result is 12 – no true
change happens in this operation.
19
7./1505. Arithmetical theorems would require a proof, but only possible proof is the actual operation of combining five
units with seven units and recognition of the result as twelve units: but this would be a problem. Problem determines
what should be done and is not restricted by given objects, which are assumed as capable of being operated in certain
manner: the result is just an actualisation of what is asked in the problem.
We have already seen that the supposed disagreement between Kant and Hegel on the question of
analyticity of arithmetic is actually more of a difference of degree and emphasis. Kant emphasises
the fact that the structures of five units and seven units do not of itself lead to the structures of
twelve units: we still have to combine the two collections either with some concrete tools or in our
heads. Hegel admits that we undoubtedly have to add the two collections, but he also points out that
this task has already been described in the statement “5 + 7”. This statement is a problem instead of
a theorem: in Euclidean geometry one differentiated between theorems (all triangles have angles
adding up to two right angles) and problems (draw an equiangular triangle), where theorems
required a proof and problems some concrete construction. In fact, all supposed theorems of
arithmetic would be mere solutions of some problems. Furthermore, the geometric problems were
not as simple as arithmetic problems, which can usually be solved through a very mechanical
operation told in the very statement of the problem: on the contrary, a geometric problem requires
some thought even to decide how to solve the problem – and even after that, we have to show that
the problem is truly solved. A purely arithmetical problem, on the other hand, requires nothing else
but the actualisation of the operation stated in the problem: add these units to those units and count
the whole collection.
8./1506. We should not try to express arithmetic in terms of synthetic geometry: we could just show that solution is
correct because the required operation has been effected. A proof of the solution of addition is to show that we have
added: more complex problems, like multiplication of decimals, might require some justification for the used procedure
– yet, separating this justification from the solution would ruin the immediacy of the analysis. Higher analysis might
require use of a more synthetical method, because the problem does not express the full solution: even the further
method used should be at least implicit in the problem. Finding sum of powers of roots of an equation can be solved by
adding the functions representing the coefficients of the equation: in addition to this method, everything else is purely
analytic – Gaussian solution of an equation through residuum is even more unanalytical.
Although Hegel makes a rather clear division between analytic and synthetic methods of cognition,
he is also aware that the two methods form more like a continuum and that e.g. individual proofs of
mathematics can be partially analytic and partially synthetic. A sum of two numbers requires
nothing else but following a mechanical operation, but even a multiplication of decimal numbers
requires at least a more careful analysis in order that we see how the multiplication is to be
performed (for instance, we have to determine where the decimal point of the result is to be placed).
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More complex problems of number theory might then require use of operations that are not implied
in the original problem: it requires a change of a perspective and thus a Hegelian synthesis to see
that these operations could be used. Then again, the solution of the problem might also have
significant portions where no synthesis is required and the proof proceeds through mere analysis or
use of given operations.
9./1507. We have studied the infinitesimal calculus more closely in the first book: we saw that a relation of qualitatively
different number systems can be handled only through structural considerations. The construction of qualitatively
different number systems is not analytic: thus, Leibniz and others could only assume the methods of calculus, although
they can then be applied mechanically.
One particular place in mathematics where Hegel thought that mere analytics did not suffice was
differential and integral calculus. In the first book of Logic, Hegel suggested that the infinitesimal
calculus investigated “qualitative determinations of magnitudes”: in other words, the calculus
looked at relations of different number systems (e.g. different powers) and especially the “rate of
change” of one system compared to the other. The operations of differentiation and integration
involved then a move from one number system or dimension to another (e.g. from space and time to
velocity or from lines to areas): thus, they require synthesis in the sense of a movement between
different viewpoints, perspectives or situations. Then again, the actual operations are quite
mechanical or “analytical” and can be learned even by the dumbest of students, who then happily
differentiate even in contexts where they should not.
10./1508. Analysis becomes synthetic, when it has to use characteristics that cannot be constructed through the methods
given in the problem: generally move to synthesis involves a construction of differences from abstract identity.
Analytical method isolates situations, but as determined they can be inserted into relations with other situations: even
structures constructible through self-modification are handled as given in analysis – still, analysis presupposes a
complex from which it begins, and the cognition must be able to reconstruct this complex.
Analysis by itself cannot construct anything truly new, but only dissect what is given to it into ever
smaller pieces: indeed, one could analyse even structures constructed by oneself, but even then
these structures would be interpreted as something given. Analytical method can be made a bit more
complicated by allowing the use of some mechanical operations inherent in the problematic itself:
this is what happens in arithmetic. Yet, even here analysis cannot use any operations not implied in
the original problem – then it is already in its way to becoming synthetic. Still, we can move beyond
mere analysis. The analysis has as its object a situation with various aspects and elements that it
then isolates from one another: the starting point of the analysis thus already assumes that there can
be connections between such apparently isolated things and situations. Because the aim of cognition
21
is here to model its object perfectly, it must, in addition to analysis, also combine these various
elements into something resembling the original structure – this is a task for synthesis.
b. Synthetic cognition
Cognition tried to fill itself with an object with various aspects or it tried to unite itself with the
object by making a model of it. The cognition started this task by analysing the given manifold
object into its elements: or at least the object was taken as given, although from a wider perspective
it might be something completely constructed by cognition, like number system. The original object
was then a collection of various elements, aspects, situations and perspectives: even the seemingly
simple case of a number system could be embedded into a framework of mutually related and still
qualitatively different number systems. The results of the analysis should then be synthesised or
connected to one another in order to produce a complete model of the original object.
Although the model is now made for the sake of “truth”, we shall see that it can be used for
other purposes: after all, the model shows how different situations can be constructed from one
another (it is a picture of a framework of different possibilities) and thus can be used for practical
purposes (picture becomes a map). The construction of this map is divided in the Hegelian manner
into three parts: the object is defined, it is embedded into a wider division of objects and more
concrete theorems of it are constructed.
1./1509. Analytical method merely takes the object as it is: synthetic method tries to combine the various analysed
elements into a unity. Synthetic method is the second step of cognition and it aims in constructing a framework of
situations connected by the relation of necessary constructability. Different elements can be combined in a structure
where they are in a sense mere aspects and in a sense independent of one another, or they can be combined through a
self-modification capable of constructing them: the imperfect synthetic method results only in the first and thus shows
merely that one can connect such elements to one another – synthetic cognition constructs a system, but the elements of
the system are merely given as united.
Hegel begins by distinguishing two different manners, in which the aim of the synthetic method or
combination of elements separated by analysis can be achieved. Firstly, the structure resulting from
synthesis might be only a Verhältnis: that is, the elements might be united in one sense, but from
another perspective they might still be as independent and separate as before. Secondly, the
structures might be united by “concept”: that is, we could have some self-modifying process uniting
all the elements to one another. While the second possibility is clearly the ideal that the cognition
should strive for, in Hegel’s opinion, the first is the one studied in the current section. Here, the
elements are unified only in some more or less external manner, or the connection is merely “inner”
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or “mere necessity”: the elements are not in any actual process of unifying with one another, but
there is a mere latent possibility of uniting them and some external force unites them arbitrarily.
2./1510. Because the cognition is imperfect and has not actualised any connecting process within the elements, these
elements remain independent of one another, and because cognition is not an active object, it can only determine
various states, but cannot be itself an object and requires something given: cognition changes its environment into the
shape of aspects of self-modification, but still cannot construct its own objects – similarly, the cognition can construct
connections between various elements, but only from its own standpoint and not through self-modifications inherent in
the elements.
3./1511. We shall investigate various aspects of the synthetic process.
The imperfection of cognition has various results. Because the analysed elements are not unified by
any process inherent in the elements themselves, they are, from their own perspective, not even
unified, but still separate from one another. Thus, cognition might go on establishing various
connections between these elements: in effect, these connections would be laws expressed through
theorems given by cognition. Yet, these laws would be valid only from the standpoint of cognition,
while they would not have been established by constructing one element of the supposed connection
from the other element of the supposed connection with the methods and processes inherent in that
element itself (“concept”).
Furthermore, because the connections between the elements are not established in this
manner, the “subject” or the underlying element of and the force driving the cognition is not any
self-modifying activity or “concept”. In other words, the only self-modifying process involved in
the process of cognition occurs only externally in relation to the elements: that is, the cognition
comes with its own processes, which can be used to construct various examples of classification,
but these classifications are then merely latched on the elements. If the self-modifying processes
would be something occurring within the elements themselves, the whole system could be seen as
mere modification of this one process. Then the process itself would be the true individual object or
issue studied by cognition: now, instead, the cognition investigates merely some object discovered
by it.
1. Definition
The first step in the synthetic method or the combination of the analysed elements is to connect such
elements of certain object that correspond to the aspects of self-modification: in other words, we
must view the object as a certain modification of a structure with the latent capacity for that
modification. If the method used would be perfect, the defined object would actually be constructed
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while making the definition: we would truly actualise the latent capacity and see what comes out of
it. Now, the definition is just externally connected to some given object. The next step of the method
is then to embed the defined object into a system of differently modified objects.
1./1512. The cognition begins by changing the object into forms corresponding to the aspects of self-modification. The
object itself as given corresponds to the self-modification as object; the latent state of self-modification corresponds to
the genus controlling the object and having a capacity for being modified in different manners – one of these possible
modifications is then activated by the difference of the objects from other objects in the same genus.
Hegel begins by explaining what a perfect definition should be like. The synthesis of the analysed
elements should follow the example of self-modification, that is, the connected elements should
correspond to various aspects of the self-modification (this is the beginning, because cognition as
self-modification must begin from mere “concept” or self-modification and not yet move on to
judgements and syllogisms). The investigated object itself is, of course, the individual, but what are
the corresponding “universal” and “particular” elements? Hegel notes that the element
corresponding to the latent capacity of self-modification should be the “genus” of object: remember
that by genus Hegel did not mean a mere class the object belongs to, but the combination of all
methods for controlling this very object. The genus in question should also be “nearest”, not just in
the quantitative sense, but in the sense that this structure should contain the method for constructing
the various subdivisions or modifications of genus, one of which is the object itself. The particular
modification that the object should be, which Hegel calls with the traditional name “specific
difference”, corresponds then to the activated state of self-modification. The definition is then no
mere description of the object, but a recipe for constructing it: use this method in this particular
manner to make this sort of object.
2./1513. A definition abstracts from the external characteristics of the object: these are described by the representation.
Definition reduces the richness of characteristics into a few elements determined by self-modification: the object has in
one sense a general capacity, which it has activated in another sense in certain manner – the object itself is seen as
beyond these perspectives.
Definition should not be a description, because description leaves objects into the mere level of
representations: that is, description does not reveal how this certain combination of characteristics is
to be constructed. A definition, on the other hand, tells precisely this and nothing else: the rest of
the characteristics could be discovered by constructing an actual example of the object of the
definition. A definition should correspond to the aspects of self-modification, because these aspects
are nothing more than stages in a construction process of certain individual object: a true definition
24
should also describe such a process. Then again, at this imperfect level of cognition, this process of
construction might seem external to the object itself: it is indifferent to the object itself whether we
happen to construct it or not.
3./1514. Self-modification finds something corresponding to itself in the aspects of definition: yet, the individual object
is not itself self-determining and the cognition of the correspondence is merely external. Structure defined by self-
modification is external to the process: it is arbitrary what object is defined and even which characteristics are used in
the definition.
The cognition tries, firstly, to fulfil itself, and secondly, to see the object as corresponding with
itself. Both desires are apparently achieved in the definition: the defined object is something
differing from the cognitive subject and therefore something that can fulfil cognition, but at the
same time, the definition describes a similar process that the self-modification itself is. Yet, at this
level the object is something that is not really “subjective” or self-modification: the object might
perhaps be externally manufactured or modelled with the instructions in the definition, but the
object itself has no power to produce such results. Thus, the relation between the object and the
cognition is from a wider perspective still external. The object is external to the step of definition:
we could choose a number of objects and all of them could be defined using the same method.
Similarly, the definition is external to the object: because we cannot find any “objective definition”
or any process within the object realising it, we could choose a number of characteristics as the
defining elements of the object.
4./1515. We shall explain this in more detail: if the individual object is completely external to the cognition, there is no
criteria for determining what characteristics correspond to the modifications of self-modification. This makes it difficult
to construct proper definitions: yet, some cases are more difficult than others. (i) Product of purposeful activity can be
defined easily, because it is completely determined by the chosen purpose: some of the required materials and the other
characteristics of the object might be determined by definition, others are arbitrary.
Hegel has already mentioned the difficulty of choosing in an external cognition of a given object
what elements of latter should we take for the definition: we only know that these elements should
correspond to stages of self-modification, but if there is no known self-modifying process within the
object investigated, we have really no clue how the choice should be made. Of course, the difficulty
level is not stable, but varies according to the object investigated. Thus, objects that are meant to
serve some purpose – vehicles, bookshelves etc. – are relatively easy to define, because the essences
of these tools, as tools, is to satisfy some need: vehicles are tools for getting people from one place
to another. Because the Hegelian definitions should also be instructions for constructing the object
or situation in question, we should already be in a position where we can construct such tools: thus,
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we couldn’t yet have a proper definition of a matter transmitter, because we cannot build such
things. Hence, a proper definition of a tool should imply e.g. what materials are required for making
such a tool.
5./1516. (ii) Geometrical objects are abstract figures constructed freely in abstract space and just like tools and
arithmetical objects depend on prior construction. True, space has its own characteristics, like three-dimensionality: still,
these characteristics are merely assumed and in connection with free constructions produce synthetical relations.
Numbers are mere constructions, but the externality of space can be used in proving further theorems.
It is fascinating that Hegel once again emphasises the complete dependence of numbers on previous
production: in this they resemble objects of purposive action. Similarly in geometry, most of the
figures do depend at least partially from the geometrician constructing such and such objects: we
can know triangle perfectly, because we know how to produce triangles. Then again, (Euclidian)
geometry has also characteristics not dependent on our production: the space studied in geometry of
Hegel’s time has three dimensions, is continuous, Euclidian etc. Hegel is quite aware that in
contemporary geometry such characteristics had to be assumed (the other possibility would have
been to treat the space of geometry as one possible model that happened to coincide with the
physical space, at least as far as then could be known). Still, these characteristics of space do not
hinder the capacities of geometrician in constructing her objects, although they make it possible to
form more substantial theorems than in mere arithmetic.
6./1517. (iii) Concrete natural and human phenomena cannot be defined so easily: such objects combine a variety of
characteristics. Cognition should separate the genus controlling the object and then its specific modification: it should
determine what characteristics belong to genus and what to this modification, what characteristics are essential etc. – yet,
there is no other criterion for this choice, but to follow the object or situation itself. An essential characteristic should
correspond to a latent state of self-modification: in case of mere situations and objects this can mean only durability or
commonality (existence over many situations). The cognition should find the whole nature of an object in a simple form:
to do this, one should construct this simple structure from the concrete object – this requires a higher analysis that does
not just dissect objects, but shows how the various aspects of the object can be united in one structure governing them.
While mathematical objects and tools can be defined easily, the independent objects belonging to
nature or to human life are far from it. In case of such objects, the definition should at least show
how to model such objects – and to do this, we should see what general forces govern this object
(its “genus”) and what modification of these forces the object is (“the specific difference”). Yet,
when it comes to such concrete objects, we have literally no other choice, but to try to determine
these things by looking at the objects in question: they are not made by us, so we cannot a priori
know what to expect of them. The problem in the case of imperfect cognition is that we cannot see
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the object as a self-modifying process, where one general structure modifies itself and thus assumes
some particular form: to do this, we should have used “a higher analysis” – apparently some form of
Goethean intuition of nature, where concrete objects are seen as modification of some Ur-form.
After an imperfect analysis, we witness a mere combination of externally related situations and
objects. The only generality we can find in such a static combination is the existence of certain
characteristics across different situations and objects: these characteristics endure through different
temporal situations or are common to differently qualified situations – a far cry from a force
controlling these situations.
7./1518. The possibility to connect various characteristics of a situation to a simple method should be demonstrated:
definition, on the other hand, should be something given as isolated characteristic of an object, which is common to
several aspects of this object. Often cognition has to satisfy itself with mere characteristic marks, which subjectively
describe an object for cognition. Such a mark could be chosen arbitrarily, just as long as it serves its purpose. Thus, an
earlobe could serve to distinguish human beings from other animals: yet, earlobe is nothing essential to a human being.
It is indifferent, how well these marks have been chosen: indeed, true cognition does not begin from such marks, but
from inexpressible feelings. We cannot choose one characteristic to represent all the richness of an opened up force of
self-modification: indeed, the various characteristics of an object might be seen as arbitrarily combined – from that
standpoint, none of these characteristics literally controls the others.
The only way to truly justify the choice of a characteristic as the defining property would be to
show that the whole structure of the object defined can be “developed” out of the supposed
definition: that is, the definition should be based on the object defined. Yet, this method would be
against the demand that definition should be the first stage, from which the rest of the object should
then be constructed: in other words, the structure of the object should be in a sense based on its
definition. As we saw in the previous paragraph, the imperfect cognition tries to handle the
problematic by choosing the second horn of the dilemma: it merely takes some characteristic that is
common to all the aspects of the object to be defined or that endures in all the stages of the object.
In other words, it replaces the demand for a central force controlling the object with demand for a
generality.
An even more radical move away from the perfect method of definition is to choose a
characteristic that is not essential for the object even in a weaker sense of generality, but only a
characteristic serving the cognition in the recognition of an object and separation of it from other
objects: in the logic of Hegel’s time, concepts were usually defined through such characteristic
marks. Of course, such marks might be completely external to the object in question: a human being
could be differentiated from other animals by the fact that humans have earlobes, but if we
genetically engineered an opossum with earlobes, it still would not be a human being. Indeed, the
choice of a characteristic mark cannot even be the starting point of the process of defining, because
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we must already be aware, at least hazily, of an object that is unified and distinguishable from other
objects, before we can say what its characteristic marks are: we do not go on looking for animals
with earlobes and find humans, but we feel that humans differ from other animals and go on looking
for some distinguishing characteristics of them.
The problem why a mere characteristic mark does not suffice to define a concrete object is
that the object is at this level a conglomeration of a number of characteristics. Even an object that is
not a mere arbitrary combination, but has a defining force controlling all its aspects appears as such
a conglomeration, because such a force produces several modifications through its activity. Yet,
such an interpretation of characteristics as independent of one another – properties as tropes and
human activities as independent forces – makes it impossible to define them in the Hegelian sense
of the word.
8./1519. The difference between the defining characteristic in abstract and its realisation causes also problems: these
problems appear, because natural and mental/social objects are also dependent on their surroundings. Thus, an object
can also fail to correspond to what it should be: we could therefore argue against all definitions, because some instances
of the genus to be defined do not correspond to the given definition. Bad plants, people and states do not perfectly
correspond to their essence, yet, they still are plants, people and states – brains fail to be characteristic mark of
humanity, because some human foetuses have no heads, and the drive to protect citizens fails to be a characteristic mark
of states, because some states kill their citizens. If definition is justified by ignoring bad instances, the definition is not
based on what has been seen: definition should still be justified by what is given. Method of definition cannot be based
on the value of the objects and thus faces the dilemma of less than perfect instances.
Hegel makes the interesting point that the current method of definition, which is based merely on
what is given, cannot solve the problem of bad or imperfect specimens. We might want to define
certain structures according to ideal examples: e.g. a state according to what states should be and an
animal species according to an individual in hospitable surroundings. Then again, such objects exist
in an environment where they are in constant contact with a number of influences, and some of
these influences might hinder their ideal development: a genetic malfunction or pollution could
cause non-ideal animals, and corrupt leaders or aggressive neighbours could suppress an ideal
development of a state. Now, the current method of definition tries to follow what is given: any
example of some genus should correspond perfectly to the proposed definition, or else the definition
is not valid. Hegel hints that in these cases we should, on the contrary, hold on to the definition as
an ideal to be followed. Furthermore, the correspondence between object and a definition need not
be black and white: an object might correspond to the definition in some sense and thus belong to
the species defined, but still fail to be an ideal specimen.
9./1520. When definition is just assumed as given, it is not justified that we can even construct it: definition merely
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dresses a given structure in shape of self-modification without considering the self-modification itself.
Hegel summarises the problems of the imperfect method of definition by contrasting immediacy of
these definitions with the “necessity of concepts”. Definitions are merely assumed: we take some
given structure, analyse it and through this analysis try to determine how it might be defined. In
case of ideal definitions, on the other hand, the object to be defined is first constructed through
some self-modifying process and the definition is provided by this very process of construction. In
the latter case, we can be sure of the “necessity” of the objects and their definitions: that is, we
know that we have an infallible method for constructing objects corresponding to that definition.
10./1521. A given state is reached only through some possible construction, thus, we must also consider this
construction: in other words, the defined object differs from other objects and should thus be differentiated from them.
“Immediacy appears only out of mediation”, that is, every given state or object can be regarded as a
result of some possible or actual construction. Thus, we now have an object that can be defined like
this, but this object is only part of a larger framework of possible situations and objects connected
by the relation of possible constructability: it makes no sense to define an object, if we cannot find
or make objects that do not correspond to the given definition. Hence, if we are given an object we
want to define, we obviously suppose that the object can be embedded in some classification of
objects with different definitions.
2. Division
We began the study of synthetic cognition from definitions, in which from an object analysed into its
elements some elements were chosen as corresponding to the latent and the active states of self-
modification: in other words, the object in question was represented as a particular modification of
some general force. Then again, because the cognition is here in an imperfect stage and merely had
some given object, it had no proper criteria for choosing the correct elements. Still, even such a
poor definition places the object into a framework of possible objects: some objects correspond to
this definition, others do not. The current section then investigates such divisions and especially
notes how the imperfect cognition fails to make proper divisions.
1./1522. A self-modification modifies itself in various manners and thus explains divisions: on the other hand, definition
is already a particular modification and the division shows its connection to other modifications. In a state of many
particular modifications, all these modifications have been actually separated from one another, and the self-
modification is found as their common element: an individual object is embedded into such framework of particular
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modifications and thus revealed as modification of a general structure which has the power to modify itself in various
manners.
We have seen that the “self-division” or process of self-modification is for Hegel the ideal type of
classification: a latent state with the capacity to modify itself produces a modification of itself,
which thus differentiates itself from the first latent state. In this ideal case, the division begins then
from “universal” or from the capacity of self-modification. The synthetic cognition, on the other
hand, begins from definition, which is already a particular modification of such a capacity. The
move from definition to division then proceeds by noting how in addition to one modification there
must be other modifications of the same genus. Of course, the ideal method of division should still
be reached, so the perfect process of division in synthetic cognition would go like this: we begin by
defining one individual object, note that it is one of many particular modifications, proceed to find
the capacity it is a modification of and then finally show how all the various modifications can be
constructed from this one capacity.
2./1523. Ideal division as a movement from general capacity to its particular modifications is determined by the
structure of self-modification: a single definition concerns an individual object, while several definitions are required
for several objects – the ideal division makes it possible to systematise knowledge.
It is somewhat unclear what the “transition” is that Hegel says to be determined by the “form of
concept”. The first candidate would be the transition from a definition to a division – indeed, that
was what the previous paragraph was mostly about. Yet, it seems that the more correct candidate is
the ideal division that truly starts from “universal” and proceeds to “particular” and thus
corresponds to the process of self-modification. The last two sentences of the paragraph then
contrast the two different methods for constructing divisions. The first method begins from a
definition that describes an individual object and then finds out that there are also other possible
modifications that have different definitions. The second or ideal method, on the other hand, is what
makes systematic science possible: that is, the ideal science is essentially based on the possibility to
construct examples or at least models of particular modifications of the structure investigated from
the given structure (e.g. we should be able to model, for instance, physical objects through space,
time and matter).
3./1524. Systematic science should start from a latent state of some structure: in actuality we meet only individual
modifications, but in cognition we should follow self-modification and begin from a potential capacity – still, someone
might protest that it would be easier and therefore more natural to begin from intuitions than from cognitions. Yet, in
cognition we are not anymore just passively intuiting, and we need to decide what is most proper for cognition. Indeed,
it is easier to cognise simple capacities than their complex realisations: latent capacity is simpler and its actualised
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modifications are more complex and need to be constructed from the simpler. This remark is valid in case of all
cognition. Indeed, we first learn to read alphabets and only later words: in geometry, we investigate first points and
lines, then triangles and circles and only later more complex figures. In physics, we should study phenomena and
objects in separation from all external connections: for instance, magnetism or electricity must be studied in separation
from their concrete surroundings – we have to experiment with them by only accepting their necessary conditions and
by varying the other conditions. Goethean manner of investigating first subjective or physiological colours arising from
the way our eyes work, then non-subjective and non-objective physical colours arising from reflections etc. and finally
objective or chemical colours residing in the objects seems natural: yet, we should actually begin from the most abstract
sort of colours, that is, from non-subjective and non-objective colours – other colours are dependent either on the
affections of seeing subject or on the characteristics of the coloured object. The same priority of abstract is valid also in
the realm of organic or human phenomena.
Hegel makes here the important remark that cognition should properly begin from more abstract or
simple matters and then proceed to more complex and concrete issues. True, this is not where
human beings naturally start: the human being in its first state intuits or perceives and an object of
such perception is usually a complex of properties. Then again, such a first state is not yet cognition,
which involves active modelling of objects instead of mere passive receptivity.
Hegel’s statement that cognition should begin from simplest and move on to more complex
refers undoubtedly to the formal ordering of systematic knowledge: one begins with simple
definitions describing a structure as a modification of some capacity and only afterwards proceeds
to demonstrate what other characteristics such a modification has. Yet, Hegel has a more general
point: even the structures first investigated in cognition should be as simple as possible, and only
later on should we discuss more complex structures. Thus, even in the simple case of learning to
read, child is not asked to decipher a word with a given meaning: instead, she must learn what
sounds the individual letters correspond to. Similarly, the Euclidian Elements does not begin from
geometry of solids, but from triangles and circles and other figures and only later proceeds to three
dimensions.
Hegel’s description of physics is interesting, because it is one of the rare cases where Hegel
tries to actually describe what natural scientists should be doing. He notices that scientist uses
experiments as a method, and also points out that the aim of a scientist ought to be the isolation of
phenomena and elements in their purity. Now, the scientist does not make mere random
experiments, but engages in controlled experiments. The aim of the scientist is to minimise the role
of other conditions in determining the phenomena. Thus, she tries to vary the conditions related to
the phenomena. If some conditions cannot be varied, then they are clearly necessary for the
phenomenon in case. In this manner, the scientist sees what characteristics the phenomenon
necessarily has and how it is connected to other phenomena.
Hegel also interestingly criticises Goethe’s theory of colours, although he is usually credited
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as a defender of this theory. Yet, Hegel is not so much arguing against any theses of Goethe, but
only against his method of presenting his case. Goethe begins from the colour images caused by
human manner of seeing: e.g. when we move our gaze from a coloured object to a bright white wall,
an image of an opposite colour seems to appear on the wall. Goethe’s point is to start from the way
how eyes see things, because it is involved in all cases of seeing some colour. Hegel, on the other
hand, says that this method starts from a complex structure of a colour interacting with our organs
and is therefore not a proper beginning. Neither is the colour of a concrete object a proper beginning,
because this is affected by the constitution of the object. The proper starting point, then, is coloured
light appearing e.g. in prismatic effects, because it is neither merely subjective nor dependent on
any object.
Hegel just mentions that in organic and human structures we should also begin from what is
simple, although he gives no concrete examples. Still, we could fathom on basis of Hegel’s
philosophy of nature that he means the investigation of organisms to begin from individual
organisms and only later introduce its environment and other organisms. Similarly, the study of
human beings should begin from individuals and only later move on to societies.
4./1525. A division separates particular modification from the latent capacity, but this latency is also in a sense a mere
modification of a more general capacity: we could thus build an indefinite number of generalities. Indeed, imperfect
cognition has no natural starting point: it could take any isolated characteristic as a beginning of a science, just as long
as it would be familiar with it – thus, definition begun from a given structure.
A peculiar characteristic of Hegelian ideal of divisions through self-modifying is that the genus of
the division is also one of its own “species” (all modifications are generated from the latent state,
which is also a modification in addition to others).Thus, the general capacity is also in a sense
particular, and this characteristic should be reflected in all sorts of divisions, in so far as they are
truly divisions. When it comes to imperfect divisions, this characteristic can be modelled only by an
indefinite process in which the current genus can always be seen as a particular species under a
more general genus. Because of this indefiniteness, the system of genera in an imperfect cognition
has no natural starting point from which the division of classes could begin. Indeed, the only
manner in which we can begin in imperfect cognition is just to take some object that we have
discovered and start to investigate it: any object is as good as any other, because no most abstract
object can be found. Indeed, even in definition the imperfect cognition began by taking some given
object, instead of constructing it, as in perfect cognition.
5./1526. From definitions cognition moves to divisions: a proper construction of divisions from definitions would
require use of a self-modifying process, but this is lacking from a cognition that has to find its structures from given
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objects. Nothing determines then the method of division or the relation of the divided species to one another: cognition
can only order the given differences and discover their common elements. The common elements are then the only
method of division and there are arbitrarily many of these: thus, the relation of differences is determined only by their
being modifications of some contingent ground of division.
We have seen that a proper division should on Hegel’s account be based on the use of self-
modification: the first latent state would “divide itself” by modifying or replicating itself, because
the earlier state could then be differentiated from the new state. In case of imperfect cognition, on
the other hand, the cognition is not looking at “self-division of concept”, but merely using such self-
divisions to model divisions with a given object. The problem is then to decide how the division is
to be made. Firstly, this problem concerns the “ground of division” or the common element which is
then to be defined. Secondly, the problem concerns the relation of the divided species: if they are
not modifications of the same process, what should they be? The only answer is to assume that the
issue investigated has some different aspects and situations. Then one is to search for any
similarities between these different situations and objects: such common elements can then be used
as a ground for the division. Problematic is that there is usually a number of equally possible
common elements to choose from: one must then just choose one common element and base the
division on it. In such a division, the divided species are not modifications of the same process:
instead, they are just particular and different instances of the same general structure.
6./1527. Because there is no proper principle of division, the cognition can follow only formal rules. Some say that
division should use up all of the concept, but actually individual divisions should correspond to the whole of the general
concept: in fact, they want to say that all the modifications of the concept should be used up, but even this is impossible
to follow in an empirical case, where we can always find more species – at most we could tautologically say that we
should find all the divisions we can. Empirical findings can lead us to find specimens that do not follow the given
definition of genus. Then we can add new species to the genus: or we can exclude these new species from genus – this
is a completely arbitrary decision. Physical nature can be divided in various manners, and in some case one principle
works better, in other cases another, and there still remains the possibility of specimens belonging to many divisions:
what is essential in one division is pointless in another.
Diatribes against the imperfections of mere empiricism are rather common in the annals of
philosophy, and Hegel here adds himself to the list of such criticisers: if we cannot find any self-
modifying method of construction for the principle of division, the whole method of division
becomes unreliable, because we cannot foresee whether empirical research might discover instances
against our current division. Indeed, Hegel even says that we have no method of empirical division,
because there is no criterion by which to truly decide how the division should work: it is completely
irrelevant whether we find a hundred or a thousand species of fruit flies. Despite the aggressive tone,
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we must note that Hegel admits that sometimes this lack of proper method is in some cases almost
inevitable. Especially the realm of physical nature, which in Hegel contains all the inorganic, but
material objects of nature, is a place with no good way to divide things, or better, too many ways to
divide things: things could be divided according to their density, colour etc.
7./1528. Empirical species merely differ from one another without having any opposed activities: if division follows no
self-division of a self-modifying process, the divided species are indifferent to one another – this happens especially in
nature, where divisions often follow mere numbers.
If the empirical divisions do not correspond to the self-division of a self-modifying process, what
structure do they follow? Hegel suggests that this is the structure of mere diversity from the book on
essence: diverse things are indifferent to one another, although they could be divided in a number of
ways according to a variety of external standpoints. Such a diversity is especially prominent in
nature, where things exists side by side without any intrinsic connection to one another: one rock
does not care whether another one lies next to it. Hegel points out that often things of nature can be
classified only according to numbers. The primary example he must be thinking is the classification
of metals according to their density: clearly metals with different densities differ also according to
other characteristics, but no apparent connection between these characteristics can be immediately
seen.
8,/1529. Although divisions of natural object seem arbitrary, in some a more correct division has been instinctually
discovered: for instance, animals have been divided according to their teeth and claws – with these organs, individual
animals separate themselves from their surroundings. Plants have been divided according to their sexual organs: indeed,
this is the highest stage of individuality plants can reach.
Still, Hegel does not think that all empirical divisions have been just a futile waste of time: in some
cases the taxonomists have hit upon some natural manner of distinguishing one object from another.
Hegel appreciates the idea of classifying animals according to the organs they use for eating: indeed,
these organs embody how animals try to survive or “separate themselves from their environment”,
and without them, the individuals would quickly waste away. Now, animals are for Hegel already
individual organisms, but plants are usually more like a process of growing without any
individuality combining the grown parts: thus, we could separate a leaf from a plant and a new plant
would arise. This lack of unity is amended in the case of sexual reproduction of plants, where the
whole plant uses its energy to create first a flower and then a fruit containing a seed: thus, Hegel
endorses the Linnean idea of classifying plants according to their different sexual organs.
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3. Theorem
The synthetic method begins by constructing a definition of an object: that is, by representing this
object as a modification of some general capacity and thus as corresponding to self-modifying
processes. A definition as a modification can then be related to other modifications, which then, in
an ideal classification, reveal a process by which all these modifications can be constructed. Yet, in
imperfect cognition the methods of definition and division often fail to correspond to their ideals:
for instance, objects are classified according to some external standpoints.
The final step in the synthetic method is the establishment of a theorem, by which
Hegel means a fulfilment of the definition: while definition introduces a capacity for constructing
an object, theorem shows what other characteristics are connected to this capacity. The final goal
of the synthetic cognition is then a framework of characteristics – what is connected to what –
which could also be used for practical change of the environment (change this characteristics to
remove that other characteristic). The investigation of theorems is divided into two subsections:
first, Hegel considers theorems as such, second, constructions of such theorems.
1./1530. 1. Theorems as fulfilment of definitions. The third step in a cognition following the hints of self-modification
leads to individual in theorem: theorems show how the different aspects of an object are connected to one another.
Definition showed one modification and division a relation of different modifications, but theorem presents an internal
diversity of a modification: if definition was a mere latent capacity, theorem realises it. Definition and theorem together
form then an embodied process of self-maintenance: yet, the imperfect cognition cannot see how the further
characteristics of an object follow from its definition.
If the definition corresponded in a sense to the latent state of self-modification – it showed what an
object is, when taken abstractly – and the division corresponded to the activated state of self-
modification – it differentiated an object from other objects – the final stage of the synthetic
cognition should then correspond to self-modification as a concrete individual. In other words, the
final stage or theorem should show that the individual is not as simple as it appeared in definition,
but unites many different aspects, modifications and characteristics. In this sense, the theorem
realises definition or fills it with some content. If the definition in question is a true definition, that
is, a method for constructing an object having that definition, then “theorem” or the concrete object
with many aspects forms in a sense the embodiment of the definition: i.e. the definition and the
theorem combine into what Hegel has called an idea. Of course, in the current imperfect cognition,
the definition was not proper, thus, as we shall see, the realisation of this definition becomes
problematic.
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2./1531. Theorem is particularly synthetic, because it unites different characteristics through an infallible construction:
on the contrary, in definition and division, self-modification is just externally applied to given objects. One might think
that because cognition does not justify its divisions or its definitions, it has no need to deduce theorems: yet, the
characteristic mark of cognition is the use of self-modification, which is applied to a given structure in definition and
division, but in case of theorem cognition reaches the concrete individuality where it must deal with independent
situations – theorem as a connection between independent entities requires more justification than mere use of self-
modification.
Definition and division did not need any justification. Hegel justifies this lack by noting that both
definition and division are meant to be mere application of the form of self-modification to a given
content: definition interprets an object as a particular modification of a general capacity, while
division presents a system of objects and situations as constructed through a self-modification of
some general capacity. Thus, in definition and division one just needs to look what aspects of the
object correspond to the aspects of self-modification. In case of a theorem, on the other hand, we
are dealing with something more properly synthetic: in theorem we should connect seemingly
independent aspects and characteristics of an issue and show that this connection is necessary, that
is, that we have an infallible capacity of constructing one characteristic, when the other is given.
Because the aspects to be connected are at the beginning of the construction apparently independent
of one another, establishing the connection requires the use of mediating positions: mere
observation must be replaced by a demonstration.
3./1532. It is difficult to determine what aspects of an issue should belong to definitions and what to theorems: one
might suggest the method of including all immediately given aspects in definition and others in theorems. Yet,
definition is already one modification in a classification of many other possibilities and is thus given only from the
contingent standpoint of cognition: furthermore, the supposedly given object might itself consist of further aspects, from
which it could be constructed. Even Euclid assumed a parallel axiom, which some have tried to prove: furthermore,
other theorems of his have been shown to be in need of further assumptions. Yet, Euclid did right when he just assumed
the parallel axiom, because its justification would involve a consideration of the structure of parallel lines, which must
be assumed in geometry.
To someone well versed with modern axiomatic systems of logic and mathematics, it might appear
incomprehensible why Hegel makes so much of the supposed difference between
definitions/axioms and theorems: it is indifferent what propositions are taken as axioms and what as
theorems to be proved, and often the choice of basic axioms is guided by such extrinsic matters as
the wish to have as few and as simple axioms as possible. But we have seen that a Hegelian
definition – we will speak of axioms later – should not be a mere arbitrary proposition chosen as the
beginning of a system, but the central capacity of construction from which all the rest of the
capacities for connecting objects and situations are to be derived. Note how Hegelian “theory of
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theorems” follows closely Euclidian Elements: “definitions” are the constructions of primary
figures (circle and straight line), while “theorems” are mainly constructions of further figures
(equiangular triangles etc.) in addition to demonstration of characteristics of these figures. True,
Hegel sees that his ideal of definitions as primary capacities of construction is rarely achieved and
then just some object is picked as the primary to be defined. The only possible guideline to take into
definition what is immediately given is of no use, because “the content of definition is already
determined and thus mediated”: that is, definition presents an object as a modification of some
general capacity, and we could just as well show how to construct this object with capacities for
constructing other objects.
Hegel’s reference to Euclid’s parallel axiom makes the reader wonder whether he is truly
suggesting that this axiom could be deduced. Clearly, he is of the opinion that Euclid himself could
well just assume this axiom without proving it: it is not up to mathematics to decide whether the
axiom is true, but merely to use it. Yet, Hegel suggests that one still could justify the axiom from
the “concept” of parallel lines, which appears to say that there should be a purely a priori proof of
the parallel axiom. Now, we must remember that concept means for Hegel a method of self-
modification/replicating, and in the case of a concrete structure, a method for realising some
possible structure (replicating the structure in the reality). Thus, a concept of parallel lines means
for Hegel some concrete method for constructing parallel lines. Even then, Hegel’s terse remark
makes one suspect that he is not aware of all the complexities involved in the matter. True,
constructing parallel lines in the space we know follows some rules, but there could be different,
non-Euclidian spaces where the construction follows different rules or is even completely
impossible. Still, Hegel might answer that he is merely modelling the properties of space he knows
and can construct: if non-Euclidian spaces are beyond the capacities of construction, they are
beyond all reasonable discussion.
4./1533. Axioms are similar: they are often just assumed as not requiring any justification. But then they would be mere
tautologies and could not move us from one viewpoint to a different viewpoint: if they allow this, they must be based on
some other science. Thus, many of the so-called axioms can be constructed in Logic: for instance, many axioms of
geometry that deal with mere quantities, like the quantitative method of deduction, are of this sort. Axioms, definitions
and divisions all need a justification, although usually they are just assumed as presuppositions of one standpoint.
We have seen that Hegelian syllogisms or deductions are actually movements from one situation or
viewpoint to another through a third: thus, the so-called “quantitative syllogism” meant for Hegel a
movement from thing having a characteristic identical with the characteristic of another thing to a
third thing that also had the same characteristic. Thus, even axioms as judgements are not for Hegel
mere propositions, but possibilities to construct one situation from another. Furthermore, even such
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capacities of construction cannot just be accepted, but their validity must be demonstrated. This
does not mean that we have to somehow prove them from more general axioms – this would just
land us back where we were, although on a higher level – but to construct a situation where it is
possible to apply such axioms: in more modern terms, we have to construct a model for those
axioms. Similarly, definitions and divisions can be justified by showing how to construct something
corresponding to a definition or division: this is, of course, no straightforward deduction of them,
but resembles more the Hilbertian manner of justifying axioms by having some possible place to
apply them.
5./1534. Some theorems might describe only the connection of partially interesting aspects of an issue, while others
might reveal the essence of all the aspects: theorem expounding such an essence is realised form of the definition –
together they form an idea.
Hegel returns in more detail to the notion that definition and theorem together form a Hegelian idea
or embodiment of some self-modification. This is, undoubtedly, not true of all definitions and
theorems, but only of ideal definitions and theorems. We have seen that an ideal definition is for
Hegel a self-modification or a capacity for constructing an individual belonging to some general
structure. Now, theorems in general are realisations of the definition in the sense that they expound
the object defined in more detail: they show how some aspects of the defined object are connected
to one another. But some of these theorems might only deal with some insignificant details of the
object in question, while others reveal connections between central aspects of the object. It is the
latter that in a more prominent sense realises the definition: the definition is the capacity for
constructing some object, while such a central theorem then shows how the various aspects and
parts of the object are connected to one another.
6./1535. For instance, in geometry some theorems are more important than others: theorems are not equally valuable,
although they all might be correct and had a place in some deduction. The importance of theorems is very closely
connected to the order of deduction: we have to look at Euclid, who has been lauded as never using theorems he hasn’t
yet established – note that this point is important only from the standpoint of some external purpose. Euclidian
definitions take figures as they are given to sense and describe them as actualisations of some capacities of construction:
the first theorems do not merely describe figures, but point out that determining one aspect of them determines also
other aspects. Thus, the first theorems on triangles show that determining some elements of a triangle determines also
other elements: Euclid uses the help of senses to prove this point and compares two triangles to one another. These
theorems have a side behaving like a central capacity and another side behaving like its realisation: three elements of a
triangle determine the triangle for abstract thinking, although in intuition we see six elements – the theorem describes
necessary conditions for constructing a certain sort of triangle. While the congruence theorems compared the
determinacy of the elements of a triangle, the Pythagorean Theorem provides a way to count sides of a triangle, when
others are known: this theorem is thus more complex and perfect. The Pythagorean Theorem closes the first book of
38
Euclid, while the second book reduces first other triangles to straight-angled and then rectangles to squares: this
reduction is based on the definition of a circle which is based on Pythagorean Theorem.
It is clear that Hegel held Euclid’s geometry to be a high point of synthetic cognition: we have
already seen how Hegel said geometry to be one place where definitions could be easily provided.
Now Hegel is anxious to explicate his statement that definition and theorem together form an idea
through concrete examples, and his chosen exemplary science is once again geometry, especially as
it was presented in Euclid’s Elements. Thus, after the definitions Hegel moves on to the so-called
congruence theorems, first of which occurs as the fourth theorem of the first book of elements.
These theorems already realise the definition of triangle or make it more complex: if definition of a
triangle tells what it means to construct a triangle, these theorems tell what it takes to construct a
triangle of particular sort. Hegel even points out that the theorems themselves divide into two
aspects corresponding to “concept” or determining method and “reality” or determined elements. In
other words, when a congruence theorem tells that when determining some elements of a triangle
(such as three sides), the other elements (i.e. the three angles) are necessarily also determined: the
determination of the primary elements corresponds to the “concept” or determining method,
through which the remaining elements or “sensible reality” of the triangle is determined.
The congruence theorems can so be understood as methods of construction: determine these
elements of a triangle according to some model and you determine those other elements in the same
fashion also. Yet, these theorems do not tell anything of the respective sizes of the elements. This
lack is corrected in the Pythagorean Theorem, which is essentially “an equation”: when you
determine the size of the two catheti in a straight-angled triangle, you also determine the size of the
hypotenuse. Hegel also points out how this theorem is essential for determining other methods.
Thus, in the second book of elements, Euclid shows how one can use a similar method for
determining the sizes of the sides of other triangles, once you know Pythagorean method.
Furthermore, the end of the second book of Elements, which shows how to construct a square equal
to a given rectangle, is based essentially on the possibility of applying Pythagorean Theorem in a
circle – the trick is to notice that coordinates of all points in circle and the radius of the circle follow
Pythagorean Theorem, and in a circle having as its radius half of the sum of the sides of the
rectangle, the point with one coordinate half of the difference of the sides of the rectangle has as its
other coordinate a line, square of which equals the rectangle.
7./1536. Ideal synthetic method moves from general capacity of construction to connection of the various aspects of the
issue investigated: in other sciences, concreteness usually comes from empirically given individuals.
Euclid’s Elements shows the development of synthetic cognition in its perfection: the book begins
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from a general manner of constructing certain geometric figures and moves on then to construct
figures with more determinate properties (e.g. having sides of certain size), where these properties
are determined by the original definitions (e.g. triangles have a certain number of sides and angles).
But the other sciences, by which Hegel probably means physics presented in mathematical sciences,
do not have so natural progression: when it comes to applying laws of physics to actual movements
of the planets, we have to accept e.g. the number and size of planets as given by experience.
8./1537. Whatever the essentiality of the theorem is, it must be proved, because it combines seemingly independent
structures. Even in realised definitions the realisation makes the aspects of the definition in some sense independent of
one another: in a starting definition they merely correspond to aspects of self-modification.
Hegel has already stated that all theorems should be justified, because they connect seemingly
separate situations and objects: we have to show that these situations and objects can truly be
constructed from one another and thus can be regarded as mere aspects of a larger unity. Then again,
one might object that in the so-called “second” or realised definitions such justification would not
be needed, because the combined aspects can be corresponded with aspects of self-modification:
thus, in the congruence theorems, one might say that the three determining elements are the general
capacity and the three determined elements their modification. Yet, because this “second definition”
is realised, that is, the aspects to be combined are at least in some sense independent of one another,
the justification is needed: sides of a triangle seem at first sight to be completely irrelevant to the
angles of the triangles.
9./1538. 2. Construction of theorems. We can move from an aspect to others in one or in several moves: because the
cognition has here no capacity for modifying itself to various and even opposed directions, it must receive such a
capacity from somewhere else – this search for capacities happens in an imperfect construction.
The previous subsection dealt with theorems themselves and concluded by noting the need to justify
these theorems: we have to show that we can move from a situation characterised by one quality to
a situation characterised by another quality. Now, in the Logic we have proceeded through several
such contradictions and they have often involved a change of the given context into a completely
different form and in many times also a creative use of given constructions for purposes almost
opposite they were meant to. The imperfect cognition, on the other hand, has no such capacity of
itself modifying the situation at hand, and furthermore, it particularly finds it impossible to move
from one end of spectrum to another. Therefore it cannot use its own tools for justifying the
connection and it must then find and use some other tools that are given for this task. While Hegel
has usually called constructing a positing of something, he now uses the term ”construction” for a
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sort of external construction, in which the methods of construction are not given in the situation in
hand nor are they inherent capacities of the constructor.
10./1539. Construction uses any means capable of helping the justification of theorem: the construction seems pointless
without its purpose – afterwards, it is easy to see, why such constructions had been made. It is irrelevant, whether the
construction is made for a theorem or for a problem, because it always is something external to the task given.
The main problem in the imperfect construction is its apparent purposelessness. Indeed, the
constructions do help the proof at the end, but when the person is following a proof, she might well
wonder why such seemingly irrelevant constructions have been made – for instance, why certain
lines have been added to the figure. In this, the imperfect construction follows the structure of
external purposiveness: construction works for a purpose, but for this particular purpose a number
of constructions might suffice. Note the difference with constructions of Logic, where doing just a
certain sort of construction is the point: one e.g. observes a situation as an object and thus adds
entities to her environment.
11./1540. Proof shows the purpose: it shows how the seemingly separate aspects can be connected to one another. The
construction was not self-modifying and the proof is a movement not embodied in any system of objects: the cognition
acts externally towards independent entities. Proof does not generate the connection, but merely discovers it: cognition
is thus a mere external operation moving from external surroundings to the inherent nature of a structure. The external
surroundings or the construction is actually a consequence of the capacities of the object, but cognition reverses the
relation: the mediating link is then also a mere external method – the order of nature is opposed to the order of cognition.
Presumably in perfect cognition construction and proof would happen simultaneously: the aim of
the whole enterprise is to see what given constructions do and by using these constructions we
immediately see where it leads to. In imperfect cognition, on the other hand, the two processes are
separated and thus one-sided. We already saw that construction by itself was a pointless task.
Construction emphasises objectivity, that is, it uses some mechanics inherent in the area
investigated (e.g. the possibility to draw lines in geometry). Yet, the construction fails in
“subjectivity”, in other words, it has no intrinsic purpose, but only serves the external goal of
proving some theorem. The proof, on the contrary, is a mere subjective action without any
objectivity. That is, in proving we do mere formal deductions or move from one viewpoint to
another without causing any true change in the object itself: it is only the cognition that changes in
the proving, when its information level rises. In other words, proof does not generate the connection
of aspects, but only discovers it, while it has actually been already there in the object.
12./1541. We can now see the limits of synthetic cognition: it is best applied in geometry. Geometry investigates only
41
magnitudes and thus can satisfy itself with mere formal deduction: figures in space are mere abstractions. Geometry is
to be honoured, because it leads us away from subjective interests: yet, it is still connected to mere sensibility as the
abstract structure for organising all sensations. Often the intuitiveness of geometry has been seen as the cause of its
greatness: yet, only self-modifying conceptual systems are the true sign of systematic science. Intuition gives to
geometry only sensuous verification: intuitiveness is thus merely holding geometry down – the true greatness of
geometry lies in its abstractness, which separates it from so-called empirical sciences.
We have already seen that Hegel has applauded (Euclidian) geometry as the high point of synthetic
cognition. Furthermore, he has earlier also criticised the Kantian notion that geometry has the so-
called pure intuition to thank for its success. Kant thought that pure intuition guaranteed a) that the
geometrical truths were necessary for all human beings (because all humans had the same
geometrical intuition) and b) that the geometry had at least a possible area of application (in our
imaginations, at least, and also in our sense world, if we just had any sensations). Now, Hegel is not
so interested of the question of finding any area of application for geometry and even less
enthusiastic is he to find out that the world of sensations provides this area. This is not to say that he
would in this case disagree with Kant: even for Hegel, geometrical notions truly describe the way
how our external sensations are ordered (this ordering or space is “insensible”, that is, not an
individual sensation, but still in another sense “sensible”, that is, in close connection with
sensations). What Hegel is not willing to admit is that this connection to sensation would make
geometry scientific or systematic. Instead, it is the form of synthetic science that does the trick – in
other words, the ordering of geometrical truths into definitions, axioms and theorems following
from these axioms. Now, what makes it possible to apply this form to space so well, according to
Hegel, is actually the abstractness of space: when considering mere space, we have isolated so
poorly determined object that no complications or ambiguity is left to hinder the investigation.
13./1542. The abstractness of space makes it possible to draw in it restful figures that do not change into something
completely different: geometry thus describes only one limited situation and especially quantities. When geometry tries
to compare figures with completely different construction principles, it finds incommensurabilities: it tries to move past
its limits and compare magnitudes of different qualities. At this point geometry cannot anymore rely on rules working in
limited situations: it must use the help of functions combining different situations and structures.
Regular geometry investigates only a fixed situation in which we move at most from the standpoint
of taking one figure as our reference point to a standpoint with a figure of same size as our
reference point: thus, we see that certain figures, lines, angles etc. are of the same size. Then again,
in some geometrical problems we have to connect sizes of quantities belonging to different qualities
– having different dimensions etc. – to one another. In this case the methods used by Euclid do not
suffice anymore and we have to apply infinitesimal calculus: we have to e.g. determine the tangent
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of a curve or size of an area with a known circumference. In such cases the synthetic method does
not work, according to Hegel, as well as in elementary geometry. The reason is that the move from
one standpoint to another that is essential to the proofs of geometry cannot be as purely subjective:
while in geometry we stayed well within the range of one static situation, which was merely
regarded from different viewpoints, in infinitesimal calculus we move from one qualitative system
to another and almost literally turn straight lines into curves and lines into areas.
14./1543. For other sciences synthetic method is even more insufficient: especially the relation of definitions to
theorems is unsatisfactory. The ordering is especially insufficient in such empirical sciences as physics, in which certain
forces analysed from experience are defined as the ground which is applied to individual cases. The supposed grounds
are not based on anything else, but their consequences: the deduction of the individual cases is in one sense tautology,
in another sense opposite of the true development and often merely hides the incompleteness of the theory. Only the
perceptions corresponding to theory are considered: the true grounding relation starts from the experience. The most
difficult thing in physics is thus to learn the supposed definitions, which cannot be constructed and not even properly
described, but only symbolised through images: the learning is stopped by a desire to understand why these definitions
have been chosen.
Even in geometry the synthetic method failed in more complex issues, and in other sciences it fares
even worse. Hegel returns to his criticism of the manner of presenting empirical sciences in
axiomatic guise. His point is not that the axiomatic method is completely worthless, but that it hides
the true hierarchy of importance in the science. In geometry, the definitions and axioms were
clearly something more primary – they concerned simple objects and the manner of their
construction – and the theorems then proceeded to characterise these objects and to construct more
complex objects. In case of axiomatic physics, the structures discussed at the beginning are actually
the least familiar, because they are most removed from the common experience: one does not run
into basic forces in a regular day. Although the axiomatic method might reflect the supposed order
of nature – that is, how basic forces and entities construct the phenomenal world – they certainly
don’t follow the order of cognition. Indeed, the cognition begins from complex phenomena and
introduces the basic forces and entities as results of analysis or as explanations required by
phenomena. Furthermore, without the connection to phenomena, these basic entities and forces are
completely meaningless: we cannot construct them, but we even cannot understand what they are
supposed to be, unless we say something like “it is the force that makes the apples fall” etc. Without
the connection to everyday experience, the student of physics has then no choice but to imagine
these basic entities in the best way she can – often such visual representations then misguide the
student to introduce characteristics that these entities actually don’t have (e.g. electrons might be
thought as small balls, although they are nothing like ordinary balls).
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15./1544. We have seen that synthetic method should not be used in analytic sciences: Christian Wolff tried this and
even applied synthetic method to mere empirical information, like architecture and military matters. Wolff’s attempt has
ridiculed even the method itself: still, the synthetic method has been hailed as the true method of philosophy by such
names as Spinoza. Actually Kant and Jacobi have shown that metaphysics using such method must fail: Kant showed
that metaphysics necessarily stumbles upon antinomies – yet, he still also tried to apply the synthetic method in his own
philosophy. Jacobi showed that the very method of metaphysics prevented it from conceiving freedom and other truly
worthy matters. Kant argues that metaphysics failed, because it tried to overreach the limits of cognition, while Jacobi
insisted that it failed, because its method could only categorise causal sequences: indeed, method used for limited
contexts cannot be used in case of self-modification constructing these contexts. The metaphysical method can at most
build a framework of situations connected to one another, where it is only infallibly possible to move from one situation
to another, while the situations still remain independent of one another: the connecting construction is only latent and
external to the situations, while we are looking for the self-modification generating this framework.
A synthetic method used in analytic problems appears to be a bit of overkill: when all you need to
do is to follow some instructions mechanically and see what you get, there is really no need to
change any viewpoints at all. A similar overkill is to use the synthetic method in craftsmanship,
where you should merely learn to apply some skill. The Wolffian “proofs” of building windows big
enough for two people to stand by and of constructing fortifications all around one’s encampment
could well have been expressed in a less rigorous manner as simple explanations why certain
manoeuvres are usually chosen: at least one need not put it in axiomatic form.
In case of applying synthetic method in philosophy, it is not so much a case of overkill:
instead, synthetic method bluntly fails to be philosophically useful. True, Spinoza and later
Schelling used the “geometric method”, but it clearly had its faults: e.g. Spinoza just defines
substances, accidences and modes without first establishing that there truly is some structure where
such concepts can be meaningfully applied. Hegel gives to Kant and Jacobi the credit for
dismantling the use of synthetic method in metaphysics. In case of Kant, the justification for the
praise is not so straightforward. Kant does not actually attack the axiomatic method and even uses it
in some of his writings. Yet, especially in his antinomies Kant showed how metaphysics had to run
in dilemmas, where it had to choose between two equally plausible, but mutually contradictory
characterisations of an issue. Hegel has tried to argue that the generation of antinomies lies not so
much in cognition somehow overstepping its limits, but is caused by there truly being several
equally plausible ways to characterise some issues – and that these optional standpoints contain
constructions by which we can move to another possible standpoint (e.g. a seemingly final division
of matter still contains a capacity for dividing the matter into even smaller pieces). The synthetic
method cannot capture this move to other standpoints, because it can make only “subjective moves”,
that is, moves from one state of information to another, which do not essentially affect the issue in
case.
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Jacobi criticised directly the synthetic method for its incapacity to handle certain ontological
structures. The proofs of synthetic method move merely from one given situation to another that is
not generated by the proof: the cognition does not construct – or the construction is a separate step
in the process – but only moves in an already established framework of possible standpoints,
situations and contexts. The various contexts are then actually independent of one another, and the
capacity to move from one context or situation to another is “merely internal” – a mere latent
capacity – or “merely external” – subjective moving that does not arise from the contexts
themselves. Such a method is then useful only in cases where the “roads are already given”: that is,
where there issue is already at least implicitly full of connections between characteristics etc. and
the cognition is forced to use these connections to move from one aspect of the object to another,
because nothing else has been given. In other words, in a synthetic method the object forces the
cognition to follow certain route, or at least it restricts the possibilities of what the cognition can do
– the world is like this, so you cannot do this or that etc. Thus, the world as described by synthetic
method seems to leave no room for freedom: one cannot go on making one’s own roads and
connections, but one is forced to use the existing network. Hence, one cannot also show any true
connection between the various contexts, because one cannot literally construct one context from
another context.
16./1545. In synthetic method self-modifying cognition sees merely the process of latent self-modification activating
and dividing itself represented in its object: yet, this object fails to be itself a self-modification. Self-modification has
thus not truly mastered the object: the cognition has not found its perfect state, because of the failure of the
correspondence between itself and its object. Still, a framework of situations related through a relation of infallible
constructability can be interpreted as produced by a self-modifying process: we have seen how this happens at the end
of the second book on Logic. Here we are not merely constructing self-modification from this framework, but self-
modification as object of self-modification from the framework as an object of self-modification: yet, the construction is
essentially same. The construction is also effected by an external observer and not by the cognition itself, which only
discovers the result of the construction: cognition aware of its own powers of construction is active or practical.
The aim of the cognition has been to view the object investigated as corresponding to itself, but its
success in its theoretical task has been only partial. True, it has been able to view the object as a
combination of aspects corresponding to the aspects of self-modification: that is, in the division the
whole area of investigation is seen as a modification of a central structure, and even in an individual
object the cognition can discern one central definition or core pointing out to theorems or more
concrete aspects of the object. Yet, the cognition is still seen as external to the object in question: it
does not have the capacity to itself construct such an object from its own materials – not even a
model of such an object – but it is forced merely to mimic the object and modify its own state of
mind according to the aspects of the object. The result of theoretical cognition seems then to be
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nothing else than mere framework of various aspects connected externally to one another, in which
the self-modification is forced to move without any capacity of changing it (if I take triangle with
sides this long, the angles must be that large etc.).
Yet, we have already seen that from a structure of “necessity” or framework of situations
connected through a relation of infallible constructability it is possible to construct a “free concept”
or self-modification that apparently creates such a framework. The trick was to change one’s
viewpoint. The framework should not be seen as an environment restricting one’s actions, but as a
set of possible choices open to oneself in a particular situation: furthermore, the aim of the choices
should not be seen in changing the environment, but in changing one’s own possibilities of action.
The set of choices available for a person undoubtedly varies from one situation to another, but at
least everyone can choose how to view the choices in question: even in the extremely restricted
situation where one can only change subjective states of mind, this possibility of change can be seen
as a sort of freedom. Now, we are here not dealing straightforwardly with such a framework, but
with a cognition examining such a framework: still, the basic construction is similar. The cognition
itself cannot yet do this construction by itself, but it can follow our example and thus note that
beyond mere theoretical powers it has capacities for at least some free action.
B. Idea of good
We began the study of cognition from a state where it tried to find truth, that is, where it tried to fill
itself with the fullness of its environment and at the same time find something corresponding with
itself in this environment. The cognition started by analysing its environment into smaller
constituents. Then it chose suitable aspects to make a definition of the investigated environment or
its elements: in the definition, cognition regarded its object as a modification of some general
structure. This one modification was then embedded into a system of modifications of the same
general structure in a division. Finally, the cognition tried to establish theorems of connections
between the central definition of an object and its further characteristics. Its method was to use the
mechanisms of the object for constructing sufficient material to be used in the proof, in which
cognition moved from one way of looking at the object to another, thus, establishing the wanted
connection between the aspects.
The result of the theoretical task of cognition was then a sort of map of its environment:
from here you can get to there, but not to anywhere else. Although this map appeared to restrict the
cognition, from another angle it served the cognition by showing how it could change things. Thus,
we could construct practical cognition on basis of theoretical cognition. The aim of this section is
then to show how practical cognition is able to truly make its environment what it wants that to be:
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the problem is, like in the theoretical cognition, the independence of the environment.
1./1546. When self-modification has the capacity to determine its own condition, it is an individual object separate from
its environment: it strives to realise itself in its environment. Theoretical cognition required the environment for filling
itself with some object: practical cognition is itself an object among other objects, but it values itself more than its
environment – the cognition has the capacity to determine itself and is thus perfect, but the environment is only
determined by external constructions.
Cognition in its theoretical task was not taken as an object in its own right, but merely modelled
itself on basis of some given object. When the cognition has “itself as its object” and is “in and for
itself determined” – that is, when it strives to further its own existence and knows its own capacities
of construction – it can be seen as an object in its own right. Indeed, the cognition is here acting and
can thus produce for itself a system of objects that it can control. Even though cognition is now an
individual object or embodied in a system of objects, it also is separable from other objects and
generally from its immediate environment: cognition discovers something independent of itself. Yet,
the cognition also now places value judgements on to its environment. As a self-modifying process,
the cognition should value itself over mere objects. Thus, it should think that it is (in addition to
other self-modifications of the same level) the only truly worthy object, while the environment at
large is “nullity”, that is, worthless and unable to resist the self-modifying processes: its own
determinations can be “posited” by some external agent, and furthermore, it lacks any central force
of its own that would organise and determine it.
2./1547. When self-modification is modified to exemplify itself, it strives for goodness: goodness has an absolute worth
as a system of objects governed by free self-modification – this striving for goodness is more valuable than striving for
truth, because it is not merely passive, but acts. The cognition strives to see goodness realised as something that it can
discover, but it already controls a system of objects. Cognition does not then try to appropriate aspects of its
environment, but to implant its own determinations to environment and in this manner show its superiority. Because
cognition or will can determine itself, it can choose some particular structure it tries to implant on objects around it: this
is only one possible and hence limited structure that the environment might not contain. Yet, this structure also
maintains the will and is thus perfect: the imperfection of the chosen structure means only that it has not yet been
realised in the environment – the structure or goal in its unrealised form already is immeasurably worthy, because it
conforms to the general structure of self-determination.
Hegel begins the new paragraph by identifying what good is: “this determination which is contained
in the concept and which is same as concept and which concludes the demand for individual
external actuality”. Beginning with the word “this”, we can at once see that the structure designated
as good has actually already been mentioned in the previous paragraph: this must be the
“determination of the concept within itself as a universality that as such determines itself”. Thus, we
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are speaking of some modification within a self-modifying process known as cognition – or as
Hegel shall soon name it, will. Yet, it is not just any old modification, but a modification that
corresponds with the self-modification itself: that is, it is cognition looking at itself or its awareness
of its own capacities and processes that should be called good.
Furthermore, the good “concludes” the demand for realisation of cognition. This
“conclusion” must be understood in two different senses. In one sense, the goodness is already this
realisation: a person capable of many things and aware of her own capacities is already an object or
even a system of objects, and furthermore, she also constantly maintains a self-modifying process of
her own consciousness. Still, the “conclusion” suggests, in another sense, a decision to realise itself.
Although the person is already an actual entity, the object of herself – the good – is only one
possible structure among many others. Indeed, the person can construct – in this case, discover –
situations where other structures hold: that is, the environment around the person contains places
that no person or self-modifying cognition controls. Now, the cognition of good strives to realise
itself by taking over these given situations. One might ask what right the person has to take control
of the external environment. Hegel would answer that the very object called “good” or the
realisation of a self-modifying process is the ultimate source of value: it is already “true”, although
it has not yet been realised, or it is “absolute”. The task is then only to spread the goodness of the
person to all regions that are not yet under the rule of any self-modifying process of consciousness.
2./1548. The process of realising good resembles the process of realising any goal: the difference is that the good is a
valuable goal. A further difference arises in the realised state: a limited goal can only provide means for new actions,
because they are not truly valuable. Because good is also in a sense limited, its realisation will not stop the need for new
actions: although a good goal is inherently valuable, its realisation is a mere situation that can change. As limited, a
good goal may have to combat with other good goals: furthermore, the independent environment can hinder and even
prevent the realisation of a good goal. Good remains a mere unrealised task in comparison with the actual situation in
hand: the realisation of good is postulated, but a postulate is a mere wish. We can thus separate the realm of goodness or
human consciousness from the realm of evil or mere reality: the battle of these realms has been described in
Phenomenology. The cognition is here aware of another self-modification, which is also a system of objects, or it is
conscious of itself.
We have seen that the good is a goal, and like all goals or purposes, it follows the structure of
purposive action and is to be realised. Still, good goal is not just any goal whatsoever: although the
good goal is one among many possible, it is still “absolute” or valuable in itself. Thus, while a mere
goal cannot satisfy self-modifying subject and remains thus a mere mediating link towards other
goals, a realisation of good goal is a truly worthy achievement: it is an end in itself.
Despite the worth of a good goal, an action striving for such a goal is still open for various
imperfections. Firstly, although the good person as such has the capacity to achieve her goals, the
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goal itself is not a self-modifying process, but a simple situation, although a good one. Thus, further
events might ruin even a worthy goal: even if I would try to be good and give money to charity, all
the cash I gave might disappear into the pockets of a corrupt charity collector. Furthermore, even
though a good goal conforms to the well-being of some self-modifying process, the very same
process might also have other good goals and other self-modifying persons still others and some of
these might even contradict one another: I may want to help my sick aunt by stealing some
medicine for her, but at the same time my wish contradicts the rights of the person owning the
medicine.
Hegel summarises the problems the good-seeking will or cognition encounters by noting
that the cognitive and volitional subject still faces an independent environment: this environment
consists both of physical nature and of the multiplicity and possible strife of persons. Thus,
although in subjectivity all thoughts would be tuned towards the good of any self-modifying subject
and these goals would be “transparent” or in complete control of the subject, the reality might still
be full of “darkness” or thing not under the definite control of any subject. Hegel refers here to his
Phenomenology and especially to his criticism against Kantian theory of postulates, which just
assumes that we must believe in the possibility of overcoming this opposition, although no real
progress towards this goal is ever made.
3./1549. Will as self-consciousness fails to change itself into consciousness. That is, practical cognition is in need of
theoretical: theoretical cognition is a mere passive capacity that requires some fulfilment, which it gets from its
environment, which is thus the truly valuable element. Practical cognition regards its environment as in itself worthless:
it cannot perfect itself before becoming theoretical.
At the end of the previous paragraph Hegel noted that the practical cognition studied here
corresponds to the self-consciousness in phenomenology: both self-consciousness and practical
cognition hold that the self or subject is the most important object there is and strive therefore to
extend the control of subjectivity over its environment. Here Hegel then notes that practical
cognition lacks consciousness, which similarly corresponds to theoretical cognition. That is,
practical cognition sees worth only in conscious self-modifying processes, but no worth in any mere
situations. Thus, its attempt to translate its own process of good action into a form of stable
situation is bound to fail, because the result achieved is not worthy at all: for instance, embodying
democratic process into a constitution would fail to produce any really good effects, because
constitutions by themselves are mere dead words and not democratic processes. A solution to the
dilemmas of moral action would then be simply to accept that even such static situations and objects
have some worth in themselves and not just as playing field for good action.
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4./1550. The move to consciousness from self-consciousness happens without any effort: action begins by will
immediately appropriating some object and continues by will using this object as means for furthering its efforts. Good
activity is the truly worthy embodiment of self-modifying consciousness, while the environment opposes the will only
by being determined against this activity or by being undetermined: yet, good action has already shown its power over
the environment in the first step. We must thus merely unite the two steps: the second step adds only the capacity to
control the environment through mediating links. Just like in purposive activity in general, the first appropriation of the
object is already an achievement of a goal, and the second step merely shows how to extend this achievement to regions
not immediately under the control of will: in the first step, will attaches itself into an object among others, but in the
second step it shows that it can discard any object it has happened to take. If the activity still seems unable to achieve
what it aims to, then we are forgetting the power of activity over mere situations and objects: here we do not recognise
the general capacity of controlling the environment. The good activity can achieve its goal and the will just needs to
change its own attitude.
In the last paragraph Hegel defined the solution for the problem of moral activity: one should be
able to see the external environment also as worthy of something. Here Hegel then tries to show that
this in some sense happens automatically during good activity. Firstly, it is not all of the
environment that we should worry about, but only that part in which goodness has not prevailed:
this part consists of evil – self-modifying process turned rampant or against itself or other self-
modifying processes – and of indifferent that is not good, but also not bad – the world without any
control. Now, Hegel points out that self-modifying processes have already shown their power over
mere situations and objects: will has the capacity to take the environment appearing to it and use it
to further its own purposes and the purposes of all wills (of course, in those ways that it is simply
possible to act on the environment: all impossible activities are ruled out from consideration as
completely meaningless). In this first appropriation of its environment, the will attaches itself to a
particular situation or object: this is what I will use. Still, the will is not inherently glued to the
situation in question, which it then shows in the second step: it uses the given situation in order to
construct another one.
Through its own action, the will has shown itself to be in control of its environment,
while the environment is not in control of it. Still, the will might refrain from admitting its own
power: after all, when the action has ended, there still is some environment independent of it. What
the will has apparently forgotten is that it itself has caused the new situation and that it still has the
ability to make a better situation, if this one does not satisfy it. Thus, Hegel concludes, the will has
nothing else but itself to blame for not being happy with the way the situation is: the will should not
try to change merely its own environment, but also its own attitude.
5./1551. Although the second step of action appears to result in a mere repetition of the opposition between subjectivity
and its environment, in another sense it shows the control of will or embodied self-modification over the given
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environment: the environment is at first seen as a mere unimportant field for activity realising its own goals. The action
raises the worth of the environment: thus, the opposition between the environment and the good activity is cancelled
and there is then no need to repeat the same action. The result is a situation not dependent on action anymore: thus,
good activity has implanted its goodness to the reality surrounding it. Subject is not just separate from the environment,
but can harmonise itself with it: here the cognition theoretically perceives its environment as something practically
controlled by cognition – this is the final goal of Logic.
Hegel’s strategy in showing the will its hold over its environment is to change the viewpoint from
individual actions to universal capacities: essentially the same strategy that Hegel uses against all
cases of infinite progression. Indeed, even at the beginning of the action, the environment is
supposed to be something that the will can and should control. What the good action of the will
does is actually raise the worth of the environment from the level of mere world to the level of
world controlled by conscious beings. Thus, at least this part of the environment of the willing
cognition is already good in some measure and there is no need to do any good actions to improve it
to this level – and if need be, other parts of the environment could also be raised to this level or this
part could be improved to another level of goodness. Shortly, the willing consciousness has the
ability to raise the value of its environment. Now, the result of the good action – the environment in
so far as it is controlled by the willing cognition – can be taken as a new object of the cognition, but
unlike the original object of the cognition, this object is immediately in harmony with the cognition.
The cognition has then the opportunity to see its own capacities embodied in its environment: it can
know what it can do. This process resulting in self-knowledge of one’s own capacities of
construction is the final “absolute idea” that ends the Logic.
Glossary
Erkennen = 1) “cognition”, an “idea” or self-maintaining process using another self-maintaining
process (its environment as an object) as a means for some goal; 2) “cognition proper”, cognition
attempting to model its environment (this goal is called Wahrheit)
Analytische Erkennen = operation of cognition proper, in which the object is merely divided into its
constituents
Syntetische Erkennen = operation of cognition proper, in which objects or constituents of an object
are connected through operations, by which one object or constituent can be infallibly constructed
from another
Definition = “definition”; operation of representing a given object as a particular modification of
some general structure
Einteilung = “division”; operation of relating several objects as modifications of same general
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structure
Lehrsatz = “theorem”; operation of representing a given object, with a known definition, as having
certain characteristics
Zweite Definition = “second definition”; theorem containing essential principles, from which to
determine or construct the whole object
Beweis = “proof”; finding a link from definition to a theorem
Construction = operation of modifying object, required for the proof to work
Willen = “will”; cognition attempting to accommodate its environment by making it suitable for
self-modifying processes (this goal is called Gut)