Tao Xu

The paper introduces a minimal model for population intelligence and shows that equilibrium error scales with population size and directional selection affects safety scores without altering synchronization.

This paper introduces a geometric framework for agentic reasoning on curved manifolds, showing improved performance in a tissue repair task compared to flat-space methods.

The paper introduces a unified model for biological prediction that integrates geometry, mechanism, and causal structure, achieving lower error than Euclidean and local graph baselines in synthetic studies.

This paper introduces a mechanotransduction-aware causal omics framework to identify disease genes in mechanically active tissues by modeling mechanotransduction as part of the causal structure rather than a secondary covariate.