Sanhita Ray

The paper identifies a tradeoff between cell growth and protein secretion in E. coli Nissile, showing that high secretion leads to periplasmic stress and reduced growth.

The paper synthesizes a semiconducting bacterial biofilm using MoS2 nanosheets and reports its gated current behavior dependent on biofilm composition.

This study reports the emergence of new electrical properties in photosynthetic biofilms grown on graphene, showing conducting, semiconducting behavior, and Schottky diode-like characteristics.

The paper describes a new electrical material formed by growing photosynthetic biofilm on graphene, showing unique conducting and semiconducting properties and Schottky diode behavior.

The paper demonstrates density-dependent fluorescence amplification in Rhodobacter capsulatus SB1003, interpreted as a thermodynamic strategy for controlled energy release, validated through live cell imaging and kinetic analysis.

The paper observes bistable fluorescence in Rhodobacter capsulatus SB1003 under varying conditions and proposes a mechanism involving porphyrin aggregation.

The paper reports light amplification by photosynthetic biofilms through resonant Mie scattering and coherent forward light scattering, with enhancement dependent on biofilm stage and polarization.