Dibyajyoti Mohanta

This study uses molecular simulations to show how RNA sequence patterns drive aging and spatial organization in biomolecular condensates, revealing structural changes that lead to dynamic arrest.

This study shows that sequence complexity determines polymer mixing behavior in confined spaces, with high-complexity sequences achieving greater inter-chain overlap.

The paper introduces a transfer-matrix-based method to generate random ligand arrangements on 1D lattices and applies it to study competitive DNA ligand binding.

This study investigates block copolymer segregation in confined geometries, finding that longer block lengths and specific interactions lead to phase separation analogous to chromatin compaction.