Gaurav Mitra

The paper designs synthetic scaffold proteins that form cell-cell interfaces with switch-like condensation behaviors, enabling selective and specific intercellular interactions.

This paper maps the critical regime of an intrinsically disordered protein using simulations and finite-size scaling, identifying three distinct phase behavior regimes.

This paper develops computational rheometry models to study viscoelastic properties of biomolecular condensates using graph-based network simulations.

The paper studies how the cytoplasm's crowded and active environment influences biomolecular condensate formation using a synthetic system and simulations.