Daniel Bendor

The paper demonstrates how chandelier cells encode signed prediction errors through temporal gating in a computational model and validates this with in vivo recordings from mouse visual cortex.

The paper shows that time, not reward, influences which experiences are prioritized for replay during learning and sleep, suggesting a temporal decay mechanism for memory consolidation.

The paper shows that sleep oscillations coordinate specific memory reactivation between the hippocampus and cortex, enhancing memory consolidation.

This paper introduces a framework to evaluate hippocampal replay detection without ground truth by using a two-track paradigm and cross-validation of trajectory discriminability.

The paper examines how repetition and familiarity influence hippocampal replay during sleep, showing that replay rates increase with repetition and decrease with familiarity, and that cumulative awake replay predicts sleep replay prioritization.

This study shows that hippocampal place cells in rats modulate firing rates during replay events to distinguish contexts, revealing two complementary representations for memory.

This paper develops a deep-learning framework to decode sensory and behavioural variables from wide-band neural data with minimal user input and generalization across stimuli and brain regions.

This study compares theta oscillations in ferrets and rats during locomotion and immobility, finding that ferrets maintain theta during immobility while rats switch to large irregular activity.

The paper shows that short-term depression in single neurons explains monotonic rate codes in auditory cortex for repeated stimuli.

The paper shows female mice prefer male courtship songs with regular timing over irregular ones, highlighting temporal regularity as a critical social cue in mammalian communication.

This study observes persistent neuronal activity in primate auditory cortex after sensory stimulation without a working memory task, suggesting it may have broader functional roles.