Yuchen Xiao

Electrophysiological response geometries reveal shared and protocol-specific cell-type organization

The paper examines how different electrophysiological protocols reveal distinct but partially shared organizational structures of cell-type responses in mouse visual cortex.

Large-scale functional coupling and computational modelling reveal frontotemporal hotspots in distributed network connectivity during working memory recognition, encoding, and retrieval

The paper uses intracranial recordings to analyze functional coupling in brain networks during working memory tasks, identifying frontotemporal hubs as key in coordinating neural states.

A human intracranial map of consciousness returning from anesthesia

This study maps the electrophysiological changes in the human brain as consciousness returns from anesthesia, identifying key neural dynamics associated with the transition from unconsciousness to wakefulness.

Population trajectory analysis reveals divergent state-space geometries across cortical excitatory cell types

The paper analyzes population trajectories of cortical excitatory cell types using calcium imaging data to reveal differences in state-space geometry across cell subtypes.