Fedor E. Panov

This study links reinforcement learning computations to memory by showing hippocampal-cingulate dynamics in humans during a gambling task.

The paper shows prefrontal circuits coordinate to encode attention-weighted value signals during learning, shaping state representations in complex environments.

This study identifies high-level visual cortex as the neural substrate for one-shot perceptual learning and develops a deep neural network model that replicates human behavior and neural coding.

The paper investigates meditation-induced neuromodulation in the amygdala and hippocampus using invasive electrophysiology recordings from epilepsy patients during loving-kindness meditation.

The paper identifies a theta band network in the prefrontal and temporal lobes that is uniquely activated during episodic memory tasks in humans.