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Topic: spatial sensitivity

Seminar
1 seminar

In Biology and Computational Neuroscience

Seminar · Vision Science

Nonlinear spatial integration in retinal bipolar cells shapes the encoding of artificial and natural stimuli

Helene Schreyer · Gollisch lab, University Medical Center Göttingen, Germany

Thu, Dec 9, 2021 · 16:30 UTC

Vision begins in the eye, and what the “retina tells the brain” is a major interest in visual neuroscience. To deduce what the retina encodes (“tells”), computational models are essential. The most important models in the retina currently aim to understand the responses of the retinal output neurons – the ganglion cells. Typically, these models make simplifying assumptions about the neurons in the retinal network upstream of ganglion cells. One important assumption is linear spatial integration. In this talk, I first define what it means for a neuron to be spatially linear or nonlinear and how