Xiaochen Liu

The paper develops a reduced mechanobiological framework linking hemodynamic shear to mechanosensitive calcium entry in platelets, identifying a conditioning-test protocol to distinguish memory effects from other priming mechanisms.

This paper introduces a non-equilibrium mechanical theory, Force-Gated Thrombosis (FGT), to predict shear-induced blood clot formation across vascular geometries using experimental and computational datasets.

The paper uses neural field theory to analyze gamma-band oscillations in V1, reproducing experimental results on correlation properties under different conditions.