… So there is hope that, in the near future, we wilt see how the different neuronal computations
postulated by the correlation model are accomplished by the nervous system in terms of …

… (quadratic) non-linear interaction occurs in the elementary motion detectors feeding into
the neurons. Similar experiments on neurons in the mammalian nucleus of the optic tract also …

… might be considered a finished product of elementary motion detection, a recording from a …
date, usually been thought not to participate in motion detection. Figure 1 shows the overall or…

… ; and (ii) lesions of these same regions produce selective impairments in motion detection,
so … interpret them as due to the eye motion, and not due to the motion of the visual world. The …

… neurons underlie the detection and discrimination of motion direction. Adaptation was most
effective in raising ‘detection… Direction-selective neurons whose preferred direction is close to …

… Visual motion is processed by neurons in primary visual … the outputs of first-stage neurons
selective for different orientations, … In a human psychophysical detection experiment, we found …

… We have seen that the motion detection stage can be identified with directionally selective
neurons in area Vi. A goal ofrecent neurophysiological experiments has been to identify the …

… Here, we identify a neuron that is essential for motion—guided behaviors that contributes
to motion detection by providing tonic information about large regions of visual space that is …

… detect the motion. Using this temporal window, we found that single neurons were not reliable
motion detectors… We recorded from neurons in MT and VIP, two regions of the visual cortex …

… , the neuronal implementation of local motion detection in the insect visual system remains
… to reconstruct a connectome, containing 379 neurons and 8,637 chemical synaptic contacts, …