Jamia Millia Islamia (A Central University by an Act of Parliament)
NAAC Accredited 'A++ Grade'
|| Department of Chemistry||
ATSLAB: Amit's Theory & Simulation Laboratory
"Polymers shape the future, flight defies limits-both are bound by motion, innovation, and art of mastering the unseen."
Fg. Offr. (Dr.) AMIT KUMAR
Professor (Assistant)
I strive for excellence in every endeavor, whether in the field of academics or the skies. My passion lies in unraveling the fundamental principles of Statistical Physics, particularly in the study of polymers and biopolymers. Just as aerodynamics governs flight, statistical mechanics unlocks the intricate behavior of polymeric systems, revealing their vast applications. I aim to push the boundaries of knowledge in Polymer Physics while embracing the discipline and precision of aviation. Seeking an academic position, I am eager to contribute through advanced research and a dynamic approach to both science and leadership.
Ph.D. in Theoretical Physical Chemistry
Univeristy of Delhi, India
Thesis Title: A Generalized Theoretical Model to Evaluate the Conformational and Dynamic Properties of Semiflexible Dendrimers.
Research Advisor: Dr. Parbati Biswas
M.Sc. Chemistry
Univeristy of Delhi, India
Physical Chemistry (Specialization), First Division
B.Sc. (H) Chemistry
Tilkamanjhi Bhagalpur University, Bihar
First Division
Our research group is dedicated to crafting straightforward mathematical models for intricate polymeric and biological systems. With a strong focus on the fundamental principles and advanced theories of Statistical Physics, we strive to illuminate the various applications in today's world through the lens of statistical mechanics. Our aim is to strenghten our scientific expertise by delving into the multifaceted area of this subject, encouraing opportunities for cutting-edge research in Polymer/biopolymer Physics. Employing computer simulations, we rigorously test our theoretical models and refine them accordingly, or develop novel theories to elucidate the results of experiments and simulations. We enthusiastically welcome collaborations with experimental, computational, and theoretical groups within the Research Triangle and beyond, spanning universities and research laboratories worldwide. Our research interests span diverse areas of condensed matter theory, encompassing the statistical mechanics of complex fluids and polymer physics.