Rene Descartes Cartesian Failures

Joenahhas1958@yahoo.comMy name is Yousef Nahhas and I am the greatest Physicist

Mathematician and Astronomer of all timeEinstein greatest achievement in space said

Planet Mercury travel in space at an angular speed of 70.75 arcs second per centuryAnd in time at angular speed of 43 arcs second per centuryThe Advance of Planet Mercury’s Perihelion given by Euclid’s Geometry [2 π/T] [180/π][36526/88][3600] = [2 π /88 x 24x3600] [180/π][36526/88][3600] = 70.75 Einstein’s time travel space – time formula: ψ = - 6 π GM/a c² (1 - ε²) [180/ π] [36526/T][3600] = 43 angular velocity time travel of planet MercuryG = 6.673 x 10-11= gravitational acceleration constantM =2x1030 kilogram = mass of the Sun Eccentricity of Mercury’s orbit = ε = 0.206T= 88 days = period of Planet mercury’s rotation around the SunAnd c = 299792.458 kilometer/second =light speed in kilometers/secondAnd a = 58.2 x 106 km/sec = semi major axis of planet Mercury orbit

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In plain English: All western scientists including Einstein said a planet

angular speed θ’ = 70.75 in space and ψ = 43 due to time travel

And the motion of a planet m around the Sun M measured in real time is a rotating ellipse

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θ

r

Sun

Mercury

M

ψ

m

θ

Einstein and all scientists have not one single proof of time travelA planet looks like it is moving in an elliptical orbit around the sun

If 1= 12 = 23 = 3

Then we can write anything that is equal to itself as equal to itself like: Visual = Visual

Actual = actual- Actual = - actual

----------------------- AddVisual = Actual + (Visual – actual)

Divide by actual Visual/actual = Actual/actual + (Visual – actual)/actual

OrVisual/actual = 1 + (Visual – actual)/actualImage/object = 1 + (Image – object)/object

I/O = 1+ (I – O)/OWe do not see object O but we see Image I. If we to look at planet Mercury from Earth and not from the Sun, then we are not looking at θ’ m= 2 π /T m = (v

m /r0) but we are looking:At θ’0 I/O = 1 θ’0+ [(I – O)/O] θ’0

Or θ’0 I/O = θ’0+ [(I – O)/O] θ’0

The visual illusion and Modern Physicists confusion is: [(I – O)/O] θ’0

Where I is Mercury – Sun distance = 58,200,000 kilometers = r m

And O is Earth – Sun distance = 149,600,000 kilometers = r e

The Visual Illusions and modern Physicists confusion of Planet Mercury is: [(I – O)/O] θ’0 = [(r m – r e)/ r e] θ’0 Multiplying by (t/t) = 1[(I – O)/O] θ’0 = [(r m/t – r e/t)/ r e/t] θ’0

Then [(I – O)/O] θ’0 = [(v m – v e)/ v e] θ’0 [(I – O)/O] θ’0 = [(r m – r e)/ r e] θ’0 = [(r m – r e)/ r e] (v0/r0)[(I – O)/O] θ’0 = [(v m – v e)/ v e] θ’0 = [(v m – v e)/ v e] (v0/r0)With v0 = v m; and r0 = r m

With r m = 58.2 x 109 m; r e = 149.6 x 109 m; v m = 47.9 km/s; T m = 88 days Page 3

With (v m /r m) [(180/π) (3600) (26526/T m) = 70.75 arc second per centuryCopernicus Distance Illusion

Planet

r

Sun

[(I – O)/O] δ θ’0 = [(r m – r e)/ r e] (v m /r m) [(180/π) (3600) (26526/T m)] = 43 = [(58.2 x 109 - 149.6 x 109)/ 149.6 x 109] (70.75) = [(58.2 - 149.6)/ 149.6] (70.75) = 43 arc second per century Nicklaus Copernicus Distance Illusion [(I – O)/O] δ θ’0 = [(r m – r e)/ r e] (v m /r m) [(180/π) (3600) (26526/T m)] = 43

M r Copernicus you are wrongWith r m = v m T m; r e = v e T e

Or Galileo’s linear motion visual Illusion[(I – O)/O] δ θ’0 = [(v m T m – v e T e)/ v e T e] (v m /r m) [(180/π) (3600) (26526/T m)] = 43

M r Galileo you are wrongPage 4

Tyco Brahe Velocity Illusion: [(r m – r e)/ r e] = [(r m /t) – (r e/ t)]/ (r e /t) = (v m – v e)/ v e

[(I – O)/O] δ θ’0 = [(v m – v e)/ v e] (v m /r m) [(180/π) (3600) (26526/T m)] = 43

M r Tyco Brahe you are wrong

Hans Lippershey the person who attempted to get a patent for the telescope in 1609Modern Physics is wrong because Hans and the entire Western civilization still have no clue how to read the telescope

(I/O) q = q + [(I – O)/O] qPage 5

Rene Descartes Cartesian Failures

t = t0 e í ω (t) t

Γ = t e í ω (t) t

Along the line of sightΓ x = t cosine ω tΓ x = t + (Γ x – t) = t + ∆ Γ x; ∆ Γ x = (Γ x – t)Γ x /t = t/t + (Γ x – t)/tΓ x /t = 1 + (Γ x – t)/tWhat is [(Γ x – t)/t] Then ∆ Γ x (seconds) = Γ x - t = - 2 t sine² {[arc tan (V r m - V r e)/ (√ 2c)]/ 2} = 43And in arc ∆ Γ x (arc seconds) = Γ x – t, 1 second = 15 arc secondI day = 24 hours = 360 degrees and 360/24 = 15 = - 30 t sine² {[arc tan (V r m - V r e)/ (√ 2c)]/ 2} = 43Where r’ = V r; and r θ’ = V θ; and V r ²= 2 γ r r; and V θ ² = r γ θ

The confusion is and was γ r = γ θ; V r ²= 2 V θ ²; and taking V r = (√ 2) V θ And taking V r = V r (Mercury) - V r (Earth) = V r m - V r e

And V θ = V r / (√ 2

∆ Γ x (Arc second) = Γ x – t = - 30 t sine² {[arc tan (V r m - V r e)/ (√ 2c)]/ 2}; t = 1 century = -30 x [26526x24x3600x = 1 century] sine² {[arc tan (47.9 – 29.8)/ (√ 2x300000)]/ 2} = 43 arc second /centuryPage 6

Real time Astronomy

Car size at distance 4

Car size at distance 3

Car size at distance 2

Car size at distance 1

Observer line: …………………Observer ………………

If we stand in the middle of the street and watch a car moving directly away from us and take a picture of the car at different distances then we see as if the car contracted in size.

The size of the car did not change but the light data reflected from the car and ran through air and into our eyes changed the image of the car to indicate a different location of the car and not a different size of the car.

Alfred Nobel Institution Prize winner western physicists say the opposite!

That the size of the car had contracted and not the size of the image of the car that had contracted. Objects Length contraction and not car image length contraction is a physics law that won 1902 Nobel Prize awarded to Henrik Lorentz and it is called “Lorentz length contraction”. Lorentz Length contraction started Darwin’s Apes cyclic theory:

Ape Man Modern Physicist Nobel Prize Ape Ass.

There is one and only one thing left to do and it is the minimum required: Deleting Alfred Nobel Apes physics from classrooms and scientific calculations and it is the subject of this book

Alfred Nobel: The Man behind the Nobel PrizeSince 1901, the Nobel Prize has been honoring men and women from all corners of the globe for outstanding achievements in physics. The foundations for the prize were laid in 1895 when Alfred Nobel wrote his last will, leaving much of his wealth to the establishment of the Nobel Prize. But who was Alfred Nobel? Meet Alfred Nobel - scientist, inventor, entrepreneur, author and pacifist. What is modern physics?What did Alfred Nobel honor? The difference between an Alfred Nobel Prize winner physicists and fortune tellers is a flip of a coin. Space - Time is not physics but Alfred Nobel western physics and physicists crime. Alfred Nobel Institution honored criminals in Alfred Nobel suit. Modern space – time physics changed physics from science to stupidity and physicists from researchers to criminals and this book is the proof.

I: Measurements are made along the line of sight or line of measurement

Light going vertical (blue) to the eye it will go through the eye to be seen. The Arabs added that light coming oblique (pink) to the line of sight (blue line) we would see the part of light (pink) that is equal to the amount of light of horizontal amount (blue) or its vertical projection. The human eye and machines are unidirectional that can only recognize the amount of light along the line of sight or line of measurements. Any point on the oblique pink line will be measured as its vertical projection as the blue line. The horizontal projection of the pink line is the amount that would be measured as Zero or not seen at all. A point location on the pink line

would be measured as equal to its vertical projection on the blue line and that part would be seen detected and measured by the eyes and instruments and its horizontal projection would not be detected or measured by the eyes or instruments and would be completely missed.

r0 sine ω t = missed

r0

ω t

r0 cosine ω t = measured

The angle between the pink line and the blue line is called light aberration angle. The aberration angle between the line where an object is (pink) and an object projection is with the eye as center. Light aberrations angle equals to: ω t = arc tan (v/c) where v = relative velocity of the moving object and c is light velocity. The light coming from a distant object is seen along the line of sight and that meant we

do not measure actual distance of an object r0 (pink line) but we

measure its image or vertical projection which is r0 cosine ω t (blue

line) and we escape measuring the horizontal projection r0 sine ω t which is perpendicular to the line of sight (black line).

In Short, light coming from objects at distance r0 will be seen at r0 cosine ω t. Using real time mathematics to explain what we can see and/or detect, or/and measure is what the Arabs have/had said and that

would mean that if we try to measure a distance r0 we would not find r0 but we would find: Arabs real time distance is seen in real time along the line of sight.

Or, r = r0 cosine ω t + í r0 cosine ω t = r0 e í ω (r) t Eq - 1

Or r = real (blue = along line of sight) + í imaginary (black = perpendicular to line of sight)

Or, r = r0 e í ω (r) t. The absolute value of r = the absolute value of r0

This statement said that light coming from objects when measured it is measured along line of sight and that meant we see light projections of objects

(blue line) of objects positioned at positions r0 (pink). We do not see objects at

r0 but see images of objects light projections and images of objects light

projection along the line of sight is r0 cosine ω t and images of object light

projections perpendicular along the line of sight is r0 sine ω t (blue line).

We do not see or measure light reflected from objects but we measure light speed projections as constant or light speed projections is measured as constant.

c c c

Objects position r0 but we see their visual position r. What humans see is r0 measured along the line of sight and miss r0 perpendicular to the line of sight. In other words an object at a distance r0 humans are not aware that they do

not see r0 but they see a visual of r0 which is r = r0 e í ω (r) t and projection

of r0 along the line of sight that humans eye see and instruments measure is

r0 cosine ω t and the projection of r0 perpendicular to the line of sight is r0 cosine ω t. The Arabs added that when accounted for, the difference between

an object image or visual position r (quantum mechanics) and object location

or position r0 (classical mechanics) is equal to a time delay effect (relativistic mechanics)Modern physics is based on 3 different mechanics classical quantum and relativistic mechanics and their combination known as strings

Arabs said that there is one and only one mechanics

Quantum = classical + relativistic

Is: r = r0 e í ω (r) t

Is r = r0; t = 0

The difference between r = r0 e í ω (r) t; and r = r0

Or, r0 e í ω (r) t - r0 = visual effects (relativistic mechanics)Or r = r = visual distance and r0 = actual distance Or, r = r0 + (r - r0)

Or visual distance = actual distance + (visual distance – actual distance)

Dividing by r0

And r /r0 = r0/r0 +(r – r0)/r0

And r /r0 = 1+ (r– r0)/r0

What are wrong in all of modern physics are all wrong physics measurementsWhat this law said is:If the car width is r0 moves away the visual of the car width is r. The quantity r/r0 is the percentage that humans eye see and instruments measure and it is equal to 1 and the percentage difference between the car width and what the human eye see of the car width or a time delay effect or a visual distance effect of (r– r0)/r0 If someone attempts to measure a quantity θ’0; then multiply by θ’0

And (r /r0) θ’0= θ’0 + [(r - r0)/r0] θ’0

What this formula said everything about modern astronomy is all wrongWhat is wrong with all of astronomy? If we to measure the angular velocity of moving planets around a star ,or, a star moving around another star in the skies θ’0, then we do not measure actual θ’0 but we measure θ’0 + [(r - r0)/r0] θ’0

Or we have is Rene Descartes mistake: [(r - r0)/r0] θ’0

The 43 seconds of an arc Einstein call time travel of planets is Rene Descartes and Einstein’s stupidity

Planet Distance rX 106km

PlanetOrbit T

Orbit speed v in km/sec

Less Earth speed

Spin speedkm/sec

Angular velocity; v/r arc sec/ century

Mercury 58.2 88 47.9 18.1 .002 70.75Venus 108.2 224.7 35.05 5.7 6.52 10.86Earth 149.6 365.26 29.8 .46511 4.1Mars 227.936 687 24.14 0.2411Jupiter 778.412 4333 13.06 12.6Saturn 1,426.725 10760 9.65 9.87Uranus 2,870.97 30690 6.80 2.59Neptune

4,498 60180 5.43 2.68

Pluto 5906.4 90730 4.74All rights reserved