human eye, horizontal section. “v1” lateral geniculate nucleus the retinal bipolar cells send...

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Human eye, horizontal section

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Page 1: Human eye, horizontal section.  “V1” Lateral Geniculate Nucleus The retinal bipolar cells send impulses to the

Human eye, horizontal section

Page 2: Human eye, horizontal section.  “V1” Lateral Geniculate Nucleus The retinal bipolar cells send impulses to the

http://scien.stanford.edu/class/psych221

“V1”

Lateral Geniculate Nucleus

The retinal bipolar cells send impulses to the visual cortex via the lateral geniculate nucleus.

Page 3: Human eye, horizontal section.  “V1” Lateral Geniculate Nucleus The retinal bipolar cells send impulses to the

http://thebrain.mcgill.ca

Page 4: Human eye, horizontal section.  “V1” Lateral Geniculate Nucleus The retinal bipolar cells send impulses to the
Page 5: Human eye, horizontal section.  “V1” Lateral Geniculate Nucleus The retinal bipolar cells send impulses to the

http://thebrain.mcgill.ca

The receptive field of a neuron describes the part of the visual field from which that neuron receives stimuli.

Page 6: Human eye, horizontal section.  “V1” Lateral Geniculate Nucleus The retinal bipolar cells send impulses to the
Page 7: Human eye, horizontal section.  “V1” Lateral Geniculate Nucleus The retinal bipolar cells send impulses to the
Page 8: Human eye, horizontal section.  “V1” Lateral Geniculate Nucleus The retinal bipolar cells send impulses to the

“Resolution” refers to some measure of the ability to separate (resolve) objects

Page 9: Human eye, horizontal section.  “V1” Lateral Geniculate Nucleus The retinal bipolar cells send impulses to the
Page 10: Human eye, horizontal section.  “V1” Lateral Geniculate Nucleus The retinal bipolar cells send impulses to the
Page 11: Human eye, horizontal section.  “V1” Lateral Geniculate Nucleus The retinal bipolar cells send impulses to the

One measure of resolution is resolvable line pairs per millimeter

(Often given for stereomicroscopes)

Spatial frequency is a number per mm,just as temporal frequency is a number per second.

Page 12: Human eye, horizontal section.  “V1” Lateral Geniculate Nucleus The retinal bipolar cells send impulses to the
Page 13: Human eye, horizontal section.  “V1” Lateral Geniculate Nucleus The retinal bipolar cells send impulses to the
Page 14: Human eye, horizontal section.  “V1” Lateral Geniculate Nucleus The retinal bipolar cells send impulses to the

Nikon Eclipse E600

Page 15: Human eye, horizontal section.  “V1” Lateral Geniculate Nucleus The retinal bipolar cells send impulses to the