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Welcome to SMP Group at IIT Dhanbad
Welcome to SMP Group at IIT Dhanbad
We investigate fundamental aspects of soft matter physics, with a particular emphasis on the self-assembly and hierarchical organization of biomolecules, colloidal particles, and polymeric systems. Utilizing integrative biophysical methodologies, we probe the complex physicochemical interactions at nano-bio interfaces, aiming to unravel the principles governing molecular recognition, spatial patterning, and dynamic assembly processes. The knowledge gained at those nano-bio interfaces holds transformative potential for advancements in biotechnology and biomedicine.Â
We investigate fundamental aspects of soft matter physics, with a particular emphasis on the self-assembly and hierarchical organization of biomolecules, colloidal particles, and polymeric systems. Utilizing integrative biophysical methodologies, we probe the complex physicochemical interactions at nano-bio interfaces, aiming to unravel the principles governing molecular recognition, spatial patterning, and dynamic assembly processes. The knowledge gained at those nano-bio interfaces holds transformative potential for advancements in biotechnology and biomedicine.Â
Our group uses state-of-the-art experimental techniques including X-ray and neutron scattering, Langmuir-Blodgett techniques, differential scanning calorimetry, and several microscopy techniques to unveil the molecular interactions at the nano-bio interface. We aim to provide structural (both static and dynamic), thermodynamic, and mechanical insights of the biophysical systems which play a pivotal role in understanding the physics of life. Our group collaborates with largescale facilities e.g. DESY (Germany), KEK (Japan), ESRF (France), ANL (USA) for the synchrotron X-ray studies. In addition, we collaborate with theoretical groups for the molecular dynamics simulation to complement our experimental observations.
Our group uses state-of-the-art experimental techniques including X-ray and neutron scattering, Langmuir-Blodgett techniques, differential scanning calorimetry, and several microscopy techniques to unveil the molecular interactions at the nano-bio interface. We aim to provide structural (both static and dynamic), thermodynamic, and mechanical insights of the biophysical systems which play a pivotal role in understanding the physics of life. Our group collaborates with largescale facilities e.g. DESY (Germany), KEK (Japan), ESRF (France), ANL (USA) for the synchrotron X-ray studies. In addition, we collaborate with theoretical groups for the molecular dynamics simulation to complement our experimental observations.
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