Dhritiman Chakraborty

Dhritiman Chakraborty is a Research Associate at the School of Physics, University of Bristol, focusing on quantum engineering and nanoscale thermal transport. His research explores multiscale phonon dynamics in nanostructured materials, particularly silicon-based systems, with applications in thermoelectric efficiency and lithium-ion battery technologies.

Education:

• MSc (Materials Science)
• MTech (Physics)
• PhD (Physics)

His work integrates computational modeling and materials engineering to address challenges in thermal conductivity, electron-phonon interactions, and nanostructure design. Key contributions include studies on nanoporous silicon and hierarchically structured thermoelectric materials, emphasizing nonequilibrium phenomena and Green's functions.

Recent publications highlight trends in multiscale thermal transport simulations, phonon wave-particle duality, and power factor optimization through nanostructuring. Collaborations span international institutions, with expertise in nanomaterials and quantum engineering.

He is affiliated with the Quantum Engineering Technologies research group at the University of Bristol, advancing materials science for energy applications.