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39 Cards in this Set

  • Front
  • Back
cognitive neuroscience
studies which parts of the brain perform certain activities
neuropsychology
study of specific psychological functions related to brain processes
ex. long term memory in hippocampus
neurobiological theories
links between brain and mind
assume all psychological processes can be linked to a specific brain activity
dualism
mind doesn't exist separate from body
Renee Descartes: mind is a nonphysical substance
monoists
denied separation
different aspects of the same thing
dual aspect theory
although an emotion will still feel like an emotion, we understand it on its neural functions
reductionism
aspect of dual aspect theory that reduces complex processes to the interaction of their parts
consciousness
awareness of ourselves and the environment
unconsciousness
buried ideas and feelings
could be pushed down to hide anxiety
dual processing
everything acts on 2 levels: consciousness vs. unconsciousness
Freud's Topographic Ice berg model
1. conscious
2. preconscious: acceptable ideas CAPABLE of consciousness (superego, ego)
3. unconscious (id)
id
raw impulse
wild 2 year old
superego
morals, societal norms, against fun, self critical
ego
balancer of id and superego
pineal gland
responds to day length
sends chemicals to help lift our moods and energize us
circadian rhythms
lowering and raising of blood pressure, sugar levels, body temperature according to time of day
at night, low BP
recall
retrieve info learning earlier (fill in the blank)
recognition
you have seen this before
relearning
do the exact same thing again
encoding
processing info into memory
storage
retention of coded information over time
retrieval
process of getting info out of memory storage
fleeting sensory memory
first step in 3stage model of memory forming
something catches our attention
short term memory
encoded by rehearsal
no neural activities formed
no paths for recall formed

a.k.a working memory
long term memory
paths for recall created
requires new protein synthesis

a.k.a active learning
explicit memories
stored in hippocampus, frontal lobes
effortful processing/recalling
implicit memories
stored in amygdala, cerebellum
when we recall, no internal awareness that we're recalling
chunking
effortful processing strategy
organizing items into familiar, manageable units
mnemonics
effortful processing strategy
memory aids using imagery
hierarchies
effortful processing strategy
broad concepts into narrower concepts and facts
categorizing
distributed practice
effortful processing strategy
memorizing over a long period of time
yields better long term memory, better recall
anterograde amnesia
can recall the past but can't form new memories
retrograde amnesia
can't retrieve info from one's past
encoding failure
never exciting enough to encode in the first place
storage decay
gradual fading of the physical memory trace
retrieval failure
sometimes even stored info can't be accessed
children eyewitness recall
children are more likely to create false memories
must ask open ended questions
traumatic experience recall
traumas are not buried into the unconscious
they etched on the mind as vivid and persistent memories
all of nervous system activated simultaneously and this can block you to make sense of it
sleep apnea
cessations of breathing while sleeping