Bruno Cessac

This study models how overhead projector refresh rates may influence the perception of fast-moving objects at retinal, cortical, and psychophysical levels.

The paper shows that two inhibitory connectivity motifs in the retina—feed-forward and recurrent feedback inhibition—produce distinct motion anticipation mechanisms with different speed-dependent response scaling.

The paper shows that depressing inhibitory synapses enable retinal ganglion cells to signal omitted stimuli in flash sequences, revealing a mechanism for predictive error signaling.

This paper introduces a novel approach to classify retinal ganglion cells using pharmacogenetics, immunohistochemistry, and electrophysiology, identifying new cell types and their functional responses.

The paper was withdrawn due to retraction of conclusions by the authors.

The paper combines experimental and computational approaches to study Nav1.7 channel behavior in human iPSC-derived sensory neurons, showing how mutations and toxins affect neuronal excitability and pain mechanisms.

This paper introduces a dimensionality reduction framework for spatio-temporal maximum entropy models of spiking networks, showing significant reduction in retinal data.

The paper characterizes light responses of retinal ganglion cells in developing mouse retinas, revealing developmental differences between dorsal and ventral regions and changes in response strength and receptive field properties.