Akhilesh P. Nandan

This paper investigates the role of slow dynamics in neural computation, showing that structured transient dynamics enable temporal computation and generalization.

This paper proposes a framework for temporal information processing in biochemical networks at criticality, showing that dynamic memory enables signal integration and balances stability with plasticity.

This paper describes a synthetic membrane system that undergoes self-organized shape changes in response to light cues through a light-inducible signaling system and microtubule dynamics.