Indian Institute of Technology Kharagpur |

I am interested in diverse topics in QFT, gravitation and string theory. One of the outstanding implications of string theory is the gauge-gravity duality (or the AdS/CFT correspondence). Exploring various aspects of this framework, with emphasis on practical application, has been one of the basic themes of my research. Related to this context, I have explored topics such as relativistic hydrodynamics and quantum entanglement, in which I have also developed a keen interest.

All Publications

Holographic entanglement entropy for relativistic hydrodynamic flows Bhattacharya J., Biswas P. , A. C. , Das S. K. By Journal of High Energy Physics 2023 - (2023)
Machine learning of Ising criticality with spin-shuffling Basu P., Bhattacharya J. , Jakka D. , Mosomane C. , Shukla V. By Under review - (2022)
Numerical bootstrap in quantum mechanics Bhattacharya J., Das D., Das S.K., Jha A.K., Kundu M. By Physics Letters, Section B: Nuclear, Elementary Particle and High-Energy Physics 823 - (2021)
An entropy current for dynamical black holes in four-derivative theories of gravity Bhattacharya J., Bhattacharyya S., Dinda A., Kundu N. By Journal of High Energy Physics 2020 - (2020)
A holographic superconductor forced through interactions Basu P., Bhattacharya J., Das S.K. By Journal of High Energy Physics 2019 - (2019)

Completed Projects

Principal Investigator

Gravity Duals of Relativistic Fluid Lumps

Alumni members

Ph. D. Students

Aditya Sharma

Area of Research: Quantum Field theory

Anindita Bhattacharya

Area of Research: Microfluidics

Nibedita Padhi

Area of Research: string theory

Sayan Kumar Das

Area of Research: General relativity, quantum field theory, string theory.

Sourav Singha

Area of Research: Theoretical High Energy Physics