Memory for events 20 years ago
Memory for events in the past week
Normal ability to do working memory tasks that take less than 30 seconds
Normal phenomenological awareness
100 ms
0 ms
200 ms
300 ms
Stage 1
Stage 2
REM
Stage 3 and 4
Precipitous decline in the first 30 seconds, then very slow decline
Linear decline
Precipitous decline in the first day, then very slow decline
Slow decline in the first day, then precipitous decline
Processing that includes identifying the category of a stimulus
Processing that falls short of identifying category
Processing that occurs after the appearance of a mask
Processing that occurs after the presentation of a category name
The central executive
Visuospatial sketchpad
Phonological loop
Episodic buffer
It is nonverbal
It explicitly requires participants to remember their earlier experience in the task
It is verbal and involves statements, assertions and propositions
Learning is impaired by the disruption of REM sleep
Attention, rehearsal, retrieval
Sensory, working memory, LTM
Sensory, STM, LTM
Decay, displacement, interference
Steal and steel
Great and grate
Friend and acquaintance
Four and for
100 ms
2-5 s
20 s
5-10 minutes
Pictures are rehearsed in the visuospatial sketchpad in LTM
The capacity of LTM for pictures is for all intents and purposes infinite
Visual memory in LTM is coded at least in part semantically
Memory in LTM involves phonological coding
All information is originally learned in semantic memory and then transferred to episodic memory
For patients with amnesia, performance on recall tasks is about as good as performance of patients without amnesia
The hippocampus is specialized for slow learning of patterns, while cortex is specialized for rapid learning that is not good at detecting patterns
The hippocampus is specialized for rapid learning that is not good at detecting patterns, while cortex is specialized for slow learning that is good at detecting patterns
Coding in LTM is semantic
Coding in LTM is phonological
Coding in working memory is phonological
Coding in working memory is semantic
Stage 1
Stage 2
REM
Stage 3 and 4
The echo
The mask
The probe
The icon
The central executive
The visuospatial sketchpad
The articulatory loop
Wernicke's area
In the traditional view, STM should not be able to retain a span of six numbers
It seems to imply that people can store both numbers and letters in STm, and the traditional view is that STM can store letters or numbers, but not both
In the traditional view, sentences are processed entirely by echoic memory
It seems to imply a capacity greater than 7 plus or minus 2
Serial self-terminating
Serial exhaustive
Semantic
Phonological
Periodic activation unlearns parasitic memories
Their output indicates something analogous to rapid eye movements
They fail to thermoregulate
They are first learning which output is appropriate for which input
Thermoregualtion
Sexual arousal
REM Behavior Disorder
Desynchronization
Occurs between the retina and visual cortex
Occurs where the two optic nerves cross at the center of the brain
Occurs between visual cortex and areas to which information is sent from the visual cortex
Occurs for saccade fixations at the very center of a visual scene
It enters sleep
It enters REM
Place cells are activated
Cells in the cortex are activated
Severe damage to STM while LTM is intact
An in impairment in subvocal rehearsal
Speech that is fluent but nonsensical
An impairment in articulating speech which has a neurological cause
Visible persistence
Informational persistence
Interstimulus interval
Stimulus onset asynchrony
Stage 1
Stage 2
Stage REM
Stages 3 and 4
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