Benjamin Voloh

This study shows navigational variables are widely encoded in prefrontal cortex of macaques during foraging, challenging the idea that such encoding is limited to the hippocampal complex.

The paper analyzes neural activity in macaques during a foraging task to show how prefrontal regions represent and control actions in a modular and hierarchical manner.

The paper investigates phase-of-firing coding in the prefrontal cortex, anterior cingulate cortex, and striatum during feature learning, finding that phase coding multiplexes information about outcomes, outcome history, and prediction errors.

The paper introduces USE, an open-source framework for designing and controlling complex behavioral neuroscience experiments in virtual environments for humans, nonhumans, and AI agents.

The paper introduces Quaddles, a customizable 3D object set for vision and cognition studies, designed to reduce bias and improve efficiency in object selection and task development.

The paper investigates how cell-type specific burst firing interacts with theta and beta activity in prefrontal cortex during attention states, finding distinct relationships for interneurons and pyramidal cells.