While the nonequilibrium nature of life allows departure from equilibrium statistical physics toward infinitely many directions, life often prefers a particular direction over all other possibilities in the design space.
I quantify such design principles of life by measuring the living systems’ departure from a reference point fixed by theoretical models and also comparing them with learning machines.
A low-dimensional action-reaction structure dominates empirical microbial interactions (in submission)
Resource competition can explain simplicity in microbial community assembly (PNAS 2023)
The thermodynamics of decision making (in preparation)
Topological flowscape reveals state transitions in nonreciprocal living matter (PRX, cover article)
Optimizer-dependent training dynamics converges to the same one-third data scaling (in review; preprint)
Repulsion from slow-diffusing nutrients improves chemotaxis towards moving sources (Nat Comm 2026)
Interfacial morphodynamics of proliferating microbial communities (PRX 2025)
Interplay between morphology and competition in two-dimensional colony expansion (PRE 2023)
Slow expanders invade by forming dented fronts in microbial colonies (PNAS 2022)
and more in Publication