Professor and Chairman
School of Applied and Interdisciplinary Sciences
Indian Association for the Cultivation of Science
Jadavpur, Kolkata-700032, India
Phone: +9133 2473 4971 (ext. 1563)
Fax: +9133 2473 2805
Email: psusg2@iacs.res.in, suhritg@gmail.com
Date of Birth: 12.03.1976 (03-December-1976); Male
Nationality: Indian
*This is a part of an umbrella project leading by Professor P. Dastidar, IACS, Kolkata; ** Co-PI: Professor P. Ghosh, IACS, Kolkata
Our research group at IACS is mainly focused on studying supramolecular assembly of (i) π-conjugated chromophores and (ii) amphiphilic polymers. We are primarily interested in understanding structure-property relationship in H-bonding mediated self-assembly of single/multiple chromophoric systems in solution. We study role of structural nuances on chromophore assembly in molecular scale (H- and J-aggregates, photophysical properties) as well as in macroscopic domain (gelation, rheological behavior, morphology). We are also interested in exploring H-bonding mediated self-assembly of small molecular chromophore-conjugated amphiphiles in aqueous medium and implications in biological domain.
In the other area, we are engaged in making amphiphilic polymeric materials and study their supramolecular assembly and external stimuli-responsive disassembly behavior. More precisely we are looking at pH and redox sensitive polymeric micelles, vesicles and hydrogels for drug and gene delivery applications.
Professor and Chairman
School of Applied and Interdisciplinary Sciences
Indian Association for the Cultivation of Science
Jadavpur, Kolkata-700032, India
Phone: +9133 2473 4971 (ext. 1563)
Fax: +9133 2473 2805
Email: psusg2@iacs.res.in, suhritg@gmail.com
Date of Birth: 12.03.1976 (03-December-1976); Male
Nationality: Indian
*This is a part of an umbrella project leading by Professor P. Dastidar, IACS, Kolkata; ** Co-PI: Professor P. Ghosh, IACS, Kolkata
Our research group at IACS is mainly focused on studying supramolecular assembly of (i) π-conjugated chromophores and (ii) amphiphilic polymers. We are primarily interested in understanding structure-property relationship in H-bonding mediated self-assembly of single/multiple chromophoric systems in solution. We study role of structural nuances on chromophore assembly in molecular scale (H- and J-aggregates, photophysical properties) as well as in macroscopic domain (gelation, rheological behavior, morphology). We are also interested in exploring H-bonding mediated self-assembly of small molecular chromophore-conjugated amphiphiles in aqueous medium and implications in biological domain.
In the other area, we are engaged in making amphiphilic polymeric materials and study their supramolecular assembly and external stimuli-responsive disassembly behavior. More precisely we are looking at pH and redox sensitive polymeric micelles, vesicles and hydrogels for drug and gene delivery applications.