Xize Xu

The paper presents a framework for predictive visual remapping during saccades, showing how pre-saccadic suppression and recurrent connectivity reduce remapping errors in macaque V2 recordings.

The paper investigates how spatial configurations of visual stimuli modulate inter-laminar communication in V1, finding that they differentially affect communication efficacy and signaling balance.

The paper shows that deleting Neuroligin-2 from specific neurons disrupts synaptic excitation-inhibition balance, causing lethality, while deleting it from both neuron types allows survival.

This paper shows that neuronal heterogeneity can cause gamma rhythms to synchronize more effectively by paradoxically delaying collective oscillations in response to external inputs.

The paper develops a computational model to explain how orientation selectivity in mouse visual cortex matches between the two eyes during development, revealing dependencies on ocular dominance and orientation selectivity.