Sensation and Perception 1 - 4

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Can you name the Sensation and Perception Ch. 1-4?

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pathway from the v1 to the parietal lobe. The Action pathway
shortest wavelength on the electromagnetic spectrum
a neuron that transmits signals laterally in the retina. Cells synapse with bipolar cells and ganglion cells.
an observer's sensitivity to light at each wavelength accross the visible spectrum
inability to recognize objects as wholes, only parts of them.
to measure absolute threshold. The Experimenter presents stimuli in ascending/descending order
the nucleus in the thalamas that receives inputs from the optic nerve and cortex, and in turn sends fibers to the cortex
representation of a particular object in the environment by the firing of neurons tuned to respond specifically to that object
column in the striate cortex where all neurons are grouped have their receptive field at the same place as on the retina
What is a property of the optic nerve cell (ganglion cell)
A conscious sensory experience
2 components that make up rhodopsin
area involved in controlling eye movements and other visual behaviors
transform one kind of energy into another
genetic disorder causing the degradation of the retin
located in the occipital lobe. Also known as the primary visual receiving area
cells that respond best to corners and angles
illusion made up of 9 black boxes with white lines between. Explained by lateral inhibition
proportion of the stimulus for the observer to notice a change 50% of the time
located in the fusiform gyrus on the underside of the brain. Face recognition
in vision, bringing objects located at different distances into focus by changing the shape of the lens.
knowledge based processing
processing based on incoming data
representation of a particular object in the environment by the firing of relatively small number of neurons
rapid increase of positive charge in a nerve fibre that traveles down the fiber. Also called the nerve impulse.
hole bounded by the iris
visual pigment molecules in rods
disorder which makes the someone unable to recognize faces
made up of only cones. More detailed vision
the hypothesis that an area’s appearance is influenced in part by the surroundings that the area appears to belong to. This principal has been used to explain White’s Illusion
impinging on receptors results in an internalized schema of the stimulus
eyeball too long. Far objects don't focus
all the thins in our environment we could potentially perceive
map in which each point on the LGN corresponds to the point on the retina
2 muscles that control the pupil size
eye chart
shift from cone vision to rod vision that causes enhanced perception of short wavelengths during dark adaptation
fixed number of stimuli chosen with different intensities and presented at random
condition marked by the destruction of foveal receptors creates a blind spot. common in old people
smallest amount of difference a person can detect
area activated by bodies and parts of bodies
eyeball is too short. Near objects don't focus
range of visible light
distance between peaks of electromagnetic waves
gathers and concentrates light to form objects on the retina.
which LGN layers receive signals from the contralateral eye?
automatic response that makes the 2 pupils the same size
once a response is triggered it travels all the way down the axon without decreasing in size
theory stating that detection of a stimulus depends on both the participant's sensitivity to the stimulus and their response criterion
action potential with the absence of a stimuli
difference in spectral sensitivity is due to what?
part of a neuron that conducts nerve impulses over distances. Aka nerve fibre.
response of proportion of neurons can be shaped by experience
process where the lens varies its focus to bring the focus point forward so a near object falls on the retina
group of neurons with similar selective responses
representation of a particular object in the environment by patterns of firing groups of neurons specialized to recognize a specific stimulus
stimulus adjusted until observer can barely detect a stimulus
interval between one action potential occuring and the next is being generated
the competition between the center and surround regions of a centre surround receptive field, caused by the fact that one is excitatory and the other is inhibitory. Stimulation the
2mm thick layer on the surface of the brain
the stimulus that a person is attending to at a given point in time
ability to see fine detail
concatenated column made up of the 3 columns in the striate
the difference in intensity at which the bars can barely be seen
column in the striate cortex where neurons are grouped based on what eye they respond better to
how many layers does the LGN have?
band of energy in the electromagnetic spectrum visible to the human naked eye
which LGN layers receive signals from the ipsilateral eye?
changes shape to adjust the eye's focus for objects at differing distances
neuron becoming more positive. preparing for action potential
area activated by indoor/outdoor rooms, contains info about spatial layout
minimum amount of stimulus needed to perceive it
the point where the observer reliably marks the difference between standard and comparator stimuli
area in the retina in which light alters the firing rates of a cell
difference in electrical charge between the inside and outside of a cell
physiological effect of selective adaptation on neurons
6 cells in the retina
pathway from v1 to the temporal lobe. responsible for identifying an obj.
type of neuron important for perception specialized to respond to environmental stimuli
what does the complex cortical cell respond best to?
specialized cell for coloured vision, detailed vision, and photopic vision
small area where the optic never leaves the back of the eye. No visual receptors in they area.
example of a feature detector
a cell that responds only to a specific stimulus
specialized cell for achromatic vision and scotopic vision
column in the striate cortex that contain cells that respond best to a particular orient. Adjacent columns have only slight variation
disorder where the eyeball is too short (specific)
excititory and inhibitory areas are arranged side by side. This cell responds best to bars of a particular orientation
longest wavelength on the electromagnetic spectrum
neurons in this cortex respond preferentially to specific forms
disorder where the cornea or lens bends too much
inhibition that's transmitted across the retina
normal eye
remove/destruct tissue from the nerves system

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