- afterimages
- agnosia
- amacrine cells
- B cells
- bipolar cells
- bistratified
- blind sight
- car model identification
- center-surround fields
- Charles Bonnet syndrome
- chromophore
- circadian rhythm
- color
- color constancy
- columns of cortex
- complex cells
- cones
- contrast
- degraded images
- de-myelinization
- dendritic trees
- dorsal path
- drug-induced hallucinations
- dual recognition theory
- end-stopped
- excitation
- face recognition
- face-like features
- familiar faces
- fatiguing
- form agnosia
- fovea
- fusiform gyrus
- ganglion cells
- Geniculo-Striate Pathway
- geons theory
- giant retinal ganglion cells
- greeble identifiers
- greebles
- holistic strategy
- horizontal cells
- hyper-complex cells
- hypnagogic hallucinations
- infant vision
- inferior temporal cortex
- inhibition
- K pathway
- koniocellular
- lateral fusiform gyrus
- lateral geniculate nucleus (LGN)
- LGN
- local features
- M pathway
- magnocellular cells
- melanopsin
- midget bipolar cells
- midget cells
- mimic expressions
- multiple sclerosis
- object recognition
- occipital lobe
- opponent-process theory of color
- opsin
- optic chiasm
- orientation
- paired opposites
- parasol cells
- parietal lobe
- parvocellular; P pathway
- peduncular hallucinations
- photopsins
- photosensitive ganglion cells
- primary projection area
- primary visual cortex (V1)
- prosopagnosia
- red-green color blindness
- retina
- retinex theory of color
- rhodopsin
- right lateral fusiform gyrus
- rotational invariance
- simple cells
- size invariance
- spontaneous firing base rate
- superior colliculus
- temporal lobe
- thalamus
- theories of color
- thermally stable
- trichromatic theory of color
- types of ganglion cells
- V1 = 1st stage of processing
- V2
- V2 = associations (circle, angles)
- V3 = lower visual field
- V4 = color & spatial
- V5 = motion+
- ventral path
- visual agnosia
- visual pigments
- waterfall illusion
- what path
- where path
- within-category identification
- word recognition
- Young-Helmholtz Theory
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