Wen-Xu Wang

This paper introduces a computational framework linking molecular regulation, synaptic plasticity, and brain disorders by simulating gene-knockout effects on synaptic attractors.

The paper shows that social navigation in abstract social space uses distance and grid-like neural codes similar to spatial navigation, with performance linked to social traits.

The paper identifies dysregulated molecular pathways in ASD by analyzing transcriptomic data and developing new computational methods to model signal transduction networks.

The paper identifies two neurophysiological subtypes of MDD using normative models of functional connectivity in a large multisite fMRI dataset.

The paper shows that grid cells' 8-degree orientation maximizes spatial information under noise, using simulations and models.