Samuel G. Solomon

The paper investigates how mice distinguish self-motion from object motion using virtual reality and neural recordings from the superior colliculus, finding that different layers of the superior colliculus encode these signals differently.

This study shows that low frequency brain rhythms change before gamma power decreases in tauopathy, indicating early electrophysiological signs of neurodegeneration.

The paper shows that mouse visual cortex neurons maintain long-term traces of past stimuli, leading to stimulus-specific adaptation over dozens of seconds, while thalamic neurons only show short-term adaptation.

This study shows that visual cortical plasticity and visually evoked behaviors are disrupted in early stages of tauopathy in rTg4510 mice.

BonVision provides an open-source tool for creating and controlling visual environments, enabling closed-loop experiments with real-time interaction and hardware integration.