Anirban Bose

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.