I’m about to enter my final semester of university where I’m studying visual perception under a computational lens. Visual phenomena strike me as incredibly fascinating.
Explaining it in terms of metabolic efficiency finally made it click for me, my lecturers never really explained why it would make evolutionary sense for them to be that way
Retinal, Neuronal Glial interactions change and their basal and stress (light) responses depends on melatonin,insulin and other brain and systemic hormones milieu and sensitivity.
The visual cortex of the two hemispheres receives overlapped lights from the two eyes, right? so how visual cortex segregate them or what is the benefit of this process__ why visual cortex evolved to segregate the light instead of directed received light from each light ipsilaterally? @Mitcbmm
I wish our lecturers were at least just " a fraction " of what you are Dr.Kanwisher .
I’m about to enter my final semester of university where I’m studying visual perception under a computational lens. Visual phenomena strike me as incredibly fascinating.
Explaining it in terms of metabolic efficiency finally made it click for me, my lecturers never really explained why it would make evolutionary sense for them to be that way
Fantastic explanation! It's always so helpful to know 'why'!
Retinal, Neuronal Glial interactions change and their basal and stress (light) responses depends on melatonin,insulin and other brain and systemic hormones milieu and sensitivity.
Thank you so much...this is WONDERFULLY clear.
Can you post the full videos please?
Amazing lecture
Интересно про рецептивные поля) Насколько помню - это знаменитые исследования Девида Хьюбелла
The visual cortex of the two hemispheres receives overlapped lights from the two eyes, right? so how visual cortex segregate them or what is the benefit of this process__ why visual cortex evolved to segregate the light instead of directed received light from each light ipsilaterally? @Mitcbmm