a basic model of memory environmentworking memory long-term memory

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Page 1: A Basic Model of Memory EnvironmentWorking Memory Long-Term Memory
Page 2: A Basic Model of Memory EnvironmentWorking Memory Long-Term Memory

A Basic Model of Memory

Environment Working Memory

Long-Term Memory

Page 3: A Basic Model of Memory EnvironmentWorking Memory Long-Term Memory

Transfer of learning and during learning

Page 4: A Basic Model of Memory EnvironmentWorking Memory Long-Term Memory

Data Affecting Survival(Reflexive)

WO

RK

ING

MEM

OR

YData for New Learning

(Reflective)

Data Generating Emotions

(Reflexive)

Page 5: A Basic Model of Memory EnvironmentWorking Memory Long-Term Memory
Page 6: A Basic Model of Memory EnvironmentWorking Memory Long-Term Memory

What does it feel like to have a memory in long-term memory.

In this task name the ink color in which the words are printed, but ignore the word that the letters spell. Hence for TURKEY, the proper response is "blue."

First try this list:

LION BEAR TIGER LION BEAR BEAR TIGER

Page 7: A Basic Model of Memory EnvironmentWorking Memory Long-Term Memory

Now try this list: In this task name the ink color in which the words are printed, but ignore the word that the letters spell

RED GREEN BLUE RED BLUE BLUE

GREEN

Page 8: A Basic Model of Memory EnvironmentWorking Memory Long-Term Memory

The brain was made for survival of the species ...and still operates that

way!

Page 9: A Basic Model of Memory EnvironmentWorking Memory Long-Term Memory

“School” learning is harder than we think

Biological relevant stimuli is stronger than curriculum.

The brain is designed for survival instincts: Hunger, safety, breeding, building alliances

Attention requires that we orient, engage, and maintain independent neural networks. It is easy when the task is novel or pleasurable…but when it’s not…

Page 10: A Basic Model of Memory EnvironmentWorking Memory Long-Term Memory

So…what is my brain good at?

And why so many part…

specialization?

Page 11: A Basic Model of Memory EnvironmentWorking Memory Long-Term Memory

Human mind is exquisitely tuned to understand and remember stories

•Causality

•Conflict

•Complication

•Character

•Comprehending requires inferences…forcing you to think about meaning.

•Stories have causal structure…one thing leads to another

Power of Stories

Page 12: A Basic Model of Memory EnvironmentWorking Memory Long-Term Memory
Page 13: A Basic Model of Memory EnvironmentWorking Memory Long-Term Memory
Page 14: A Basic Model of Memory EnvironmentWorking Memory Long-Term Memory
Page 15: A Basic Model of Memory EnvironmentWorking Memory Long-Term Memory

So visual images are important…

What else is important for

making and storing memories?

Page 16: A Basic Model of Memory EnvironmentWorking Memory Long-Term Memory

On a blank piece of paper, number the

lines 1-30

I will call out 30 words with directions for each

word.Record the task on

each line.

Page 17: A Basic Model of Memory EnvironmentWorking Memory Long-Term Memory

Tasks for individual words...I will let you

know the task•If I turn my head to the left when I

say the word you will write (Y) for yes. If I don’t turn it write (N) for no.

•If the word has an A or U in it write (Y) for Yes. If not write (N) for no.

•Rate the word (1-7) for pleasantness; 1 being least pleasant; 7 being very pleasant.

Page 18: A Basic Model of Memory EnvironmentWorking Memory Long-Term Memory

After I read the list we will count to 20 and then write as

many words as you remember.

Page 19: A Basic Model of Memory EnvironmentWorking Memory Long-Term Memory

Count the numbers of words you remembered

from each Column?

A B C

HundredRatePlace

EntirelyInto Hold

ThreadFleet

TrainingElse

CoolJump

CountryAbout

WindowMatchMeltOnly

SingleYourself

CornUrge

DiamondWelcomeAirplane

FruitRace

WinterDiseaseCamp

Page 20: A Basic Model of Memory EnvironmentWorking Memory Long-Term Memory

Look at our results. What theory do you have on the outcomes?

To the left A

A or UB

Pleasantness C

HundredRatePlace

EntirelyInto Hold

ThreadFleet

TrainingElse

CoolJump

CountryAbout

WindowMatchMeltOnly

SingleYourself

CornUrge

DiamondWelcomeAirplane

FruitRace

WinterDiseaseCamp

Page 21: A Basic Model of Memory EnvironmentWorking Memory Long-Term Memory

We Feel, Therefore We Learn!

Recent studies highlight the importance of relationships…looking at ability to experience admiration for virtue and skill….and compassion for physical and emotional pain.

Immordino-Yang and Damasio

Page 22: A Basic Model of Memory EnvironmentWorking Memory Long-Term Memory

We Feel, Therefore We Learn!

Admiration for Virtue

Immordino-Yang and Damasio

Page 23: A Basic Model of Memory EnvironmentWorking Memory Long-Term Memory

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Hypothalamus- monitors homeostasis, thirst, hunger, circadian rhythms, and control of the autonomic nervous

system.Amygdala- Emotions and fear are processed here.

Hippocampus- consolidates memories/learning

Medulla- responsible for maintaining vital body functions, such as breathing and heart rate.

Anterior Cingulate Cortex- regulation of sympathetic activity.

Anterior Insula- regulates how we “feel.”

Page 24: A Basic Model of Memory EnvironmentWorking Memory Long-Term Memory

Implications

In order for emotions about the psychological situations of others to

be induced and experienced, additional time is needed for the

introspective processing of culturally shaped social knowledge.

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Page 25: A Basic Model of Memory EnvironmentWorking Memory Long-Term Memory

…experiences that develop relationships tend to develop deeper

learning...and intrinsic pursuits (aka…motivation)

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Page 26: A Basic Model of Memory EnvironmentWorking Memory Long-Term Memory

Modes of Understanding