PUBLICATIONS

This study demonstrates how dopamine signaling in the nucleus accumbens forms a memory module that supports goal-directed navigation.

The study provides real-time in vivo insights into synaptic structure changes using advanced imaging techniques.

This paper identifies a cortical motif using axo-axonic inhibition to regulate adaptive behavioral control.

This study maps the circuit mechanism triggering maternal oxytocin release in response to pup distress.

This work investigates how cortical circuits regulate chandelier cell output for neural code structuring.

The study reveals how early-life stress affects dopamine circuitry and synaptic balance in the prefrontal cortex.

Visualizes GTPase activity across cells using biosensors, enabling real-time tracking of molecular signaling.

A computational model showing how selective attention governs decision-making in complex, contextual tasks.

Investigates how the nucleus accumbens shell modulates preference bias during decision-making.

Develops a light- and calcium-sensitive system to selectively label and control neuron populations.

Introduces methods for precisely targeting and manipulating neuromodulatory brain circuits.

Analyzes foraging behaviors to show bursty patterns and long-tailed inter-decision intervals in animals.

Describes how rhesus macaques exhibit a preference for high-value options first when given choice.