Figure: Trapping a single atom (Image courtesy- David Nadlinger, University of Oxford).
Figure: Trapping a single atom (Image courtesy- David Nadlinger, University of Oxford).
I am primarily interested in the study of
Quantum phase transitions
Non-equilibrium statistical mechanics
Thermalisation of closed and open quantum many-body systems
Topological properties of out-of-equilibrium and open quantum many body systems
Floquet quantum systems
Dynamical quantum phase transitions
Profeciency medal for best project work, IIT Kanpur (2017).
CSIR Junior Research Fellowship, 2017-2019.
CSIR Senior Research Fellowship, 2019-2020.
Prime Minister's Research Fellowship, 2020-2022.
Outstanding PhD thesis award, IIT Kanpur 2023.
Ph.D: Theoretical condensed matter physics,
IIT Kanpur,
Year of completion: 2023
Master's Degree: M.Sc. Physics, IIT Kanpur
Project: Theoretical Condensed Matter Physics
Year of completion: 2017
Bachelor's Degree: B.Sc. (Physics Honors),
Ramakrishna Mission Vidyamandira, Belur Math.
University of Calcutta,
Year of completion: 2015
Superconductivity and Applications
Advanced Quantum and Statistical Mechanics
Review of Statistical Mechanics
Concepts of Plasma Physics
1) Registered referee of:
a) American Physical Society Journals.
b) European Journal of Physics .
2) Member of panel of Judges in: Jawaharlal Nehru National Science, Mathematics and Environment Exhibition, 2021.
3) Member of panel of Judges in: 29th National Children's Science Congress 2021.
1) PHY 101L (Departmental course)- Undergraduate Experimental Physics
2) Central School IIT Kanpur - Physics, 11th and 12th grade
Professor Anatoli Polkovnikov, Department of Physics, Boston University.
Professor Diptiman Sen, Center for High Energy Physics, Indian Institute of Science.
Dr. Utso Bhattacharya, Theoretical Quantum Optics Group, IFCO, Barcelona.