Petr Znamenskiy

The paper introduces BRISC, a method to map neural circuits in the mouse brain using barcoded rabies viruses, identifying synaptic connections in the primary visual cortex.

The paper investigates how auditory cortex inputs are organized in the visual cortex, finding that sound location information is differentially broadcast across visual areas matching their retinotopic bias.

The paper introduces a compact photodetector for synchronizing visual stimuli in neuroscience experiments, designed to work with common hardware and software tools.

The paper investigates whether depth maps are generated by the mouse primary visual cortex using motion parallax, finding depth-selective neuronal responses across retinotopic locations.

The paper shows that inhibitory neurons in mouse primary visual cortex selectively connect with excitatory neurons based on response similarity, stabilizing network dynamics and enabling subnetwork competition.

The paper uses calcium imaging in mice to show that sensory evidence and temporal expectation interact to drive distinct cortical activity patterns during decision-making.

The paper investigates how projection neurons in primary visual cortex connect locally and find that target specificity constrains local connectivity independently of response similarity.