My research work in the recent past has focused on the intersection between gravitational physics and quantum mechanics. In quantum information theory, I am interested in different notions of complexity and study them in realistic quantum many-body systems since they are not only very sensitive probes of novel quantum phenomena like quantum phase transition and quantum chaos but also have the power to provide important clues about the microstructure of exotic gravitational systems like black holes.
I am currently working on various aspects of quantum complexity and other quantum information theoretic quantities using the tools from differential geometry for many-body systems, both in and out-of-equilibrium to uncover how a quantum state behaves under time evolution and can show novel properties depending on the integrable or chaotic nature of the system.

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  279-8788

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  kunal.pal@apctp.org

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  548

  548

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  Statistical Physics

  Statistical Physics