Vidwan-ID : 68403



  • Dr Ayan Mukhopadhyay

  • Associate Professor
  • Indian Institute of Technology, Madras
Publications 2006 - 2025

Publications

  • 43
    Journal Articles
  • 2
    Conference
    Proceedings
  • 4
    Preprint
  • 1
    Review
  • 1
    Other
  • 3
    Projects
  • 13
  • 3
  • 10
  • 1
  • 13

Citations / H-Index

488 Citations
12 h-index
393 Citations

Google Scholar

Co-author Network


Expertise

Multidisciplinary Physics

Theoretical Physics, Quantum Field Theory and String Theory, Quantum Many-Body Systems

Personal Information

Dr Ayan Mukhopadhyay

Male
Department of Physics Indian Institute Of Technology, Chennai, Tamil Nadu, India
Chennai, Tamil Nadu, India - 600036


Experience


Qualification

  • Ph.D

    Harish-Chandra Research Institute, Allahabad


Honours and Awards

2018

Ramanujan Fellowship

SERB, DST-India

2018

Ramanujan Fellowship

SERB, DST-India

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Doctoral Theses Guided

2024

Black Hole Microstates and an Effective Framework for Strongly Correlated Systems

Hareram Swain, Indian Instiute of Technology Madras

2024

Aspects of interplay between Quantum Information and Dynamics in black holes and many-body systems

Tanay Kibe, IIT Madras

2023

Studies of ultra-relativistic macroscopic phenomena including real time correlations

Toshali Mitra, DAE-Institute of Mathematical Sciences

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2024

Black Hole Microstates and an Effective Framework for Strongly Correlated Systems

Hareram Swain, Indian Instiute of Technology Madras

2024

Aspects of interplay between Quantum Information and Dynamics in black holes and many-body systems

Tanay Kibe, IIT Madras

2023

Studies of ultra-relativistic macroscopic phenomena including real time correlations

Toshali Mitra, DAE-Institute of Mathematical Sciences

2022

Aspects of Semi-Holography for Quantum Many-Body Systems

Sukrut Mondkar, Indian Institute of Technology Madras

2019

Semiholographic Thermalization in Strongly Coupled Nonabelian Gauge Theories

Alexander Soloviev, TU Wien, Vienna, Austria

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Research Projects

Novel Non-Perturbative Approaches to Strongly Coupled QCD Matter

Funding Agency : IFCPAR/CEFIPRA

A Novel Paradigm for Strongly Correlated Systems - Ramanujan Fellowship

Funding Agency : DST-SERB

A Novel Non-Perturbative Approach for Understanding Heavy-ion Collisions

Funding Agency : DST-SERB

Novel Non-Perturbative Approaches to Strongly Coupled QCD Matter

Funding Agency : IFCPAR/CEFIPRA

A Novel Paradigm for Strongly Correlated Systems - Ramanujan Fellowship

Funding Agency : DST-SERB

A Novel Non-Perturbative Approach for Understanding Heavy-ion Collisions

Funding Agency : DST-SERB

Read Less