As of summer of 2026 I have lectured for a little more than 1200 hours. I have taught many of the
basic courses taken by physics undergraduates and several elective courses that can be expected to be
within the domain of a condensed matter theorist. Teaching has come to be
a major part of my life as an academic since I started as a faculty. I have done it,
ostensibly, to "train young minds" but in reality have always used it (sometimes gratefully) as an opportunity
to keep or make myself familiar with the subject matter at hand. I have enjoyed the time that
I spent in delivering lectures, interacting with students, and discussing pedagogy with colleagues.
Courses
P471/P771 Quantum information and quantum computation (Even semester, 2025-26) (Elective course)
P603/P703 Electromagnetism (Odd semester, 2025-2026) (Graduate course)
P301 Electromagnetism-II (Even semester, 2024-2025) (Undergraduate course)
P301 Electromagnetism-II (Even semester, 2023-2024) (Undergraduate course)
P301 Electromagnetism-II (Even semester, 2022-2023) (Undergraduate course)
P306 Introduction to Condensed Matter Physics (Even semester, 2022-2023) (Undergraduate course)
P303 Quantum Mechanics II (Odd semester, 2022-2023) (Undergraduate course)
P306 Introduction to Condensed Matter Physics (Even semester, 2021-2022) (Undergraduate course)
P455 Phase transitions and Critical Phenomena (Even semester, 2020-2021) (Elective course)
P302 Statistical Mechanics (Odd semester, 2020-2021) (Undergraduate course)
P460 Many Particle Physics (Even semester, 2019-2020) (Elective course)
P201 Classical Mechanics - I (Odd semester, 2019-2020) (Undergraduate course)
P305 Atoms, Molecules and Radiation (Even semester, 2018-2019) (Undergraduate course)
P603 Electromagnetism (Odd semester, 2018-2019) (Graduate course)
P305 Atoms, Molecules and Radiation (Even semester, 2017-2018) (Undergraduate course)
P603 Electromagnetism (Odd semester, 2017-2018) (Graduate course)
P468 Magnetism and Superconductivity (Even semester, 2016-2017) (Elective course)
P455 Phase transitions and Critical Phenomena (Odd semester, 2016-2017) (Elective course)
P614 Statistical Mechanics (Even semester, 2015-2016) (Graduate course)
P302 Statistical Mechanics (Odd semester, 2015-2016) (Undergraduate course)
P468 Magnetism and Superconductivity (Even semester, 2014-2015) (Elective course)
P602 Mathematical Methods (Odd semester, 2014-2015) (Graduate course)
P342 Computational Lab (Odd semester, 2014-2015) (Undergraduate course)
P205 Mathematical Methods II (Even semester, 2013-2014) (Undergraduate course)
P460 Many Particle Physics (Odd semester, 2013-2014) (Elective course)
P468 Magnetism and Superconductivity (Even semester, 2012-2013) (Elective course)
Supervision
PhD students and postdoctoral fellows
Jyothis V V
Title of thesis: Perturbing magnetic order on the pyrochlore lattice:Effect of anisotropies, fields and magnon interactions.
Graduation year : 2026
Atanu Jana
Title of thesis: Theoretical studies of disorder and frustration in some strongly correlated quantum lattice models
Graduation year : 2026
Kallol Mondal
Postdoctoral fellow:April, 2022 to July, 2024.
Master's thesis
Srijan Volety
Title of thesis: Quantum Fluctuations and Squeezed-State Structure in the J1-J2 Heisenberg Antiferromagnet
Graduation year : 2026
Current status: Integrated MSc-PhD student at NISER.
Mavani Himanshu Arvindbhai
Title of thesis: Field dependence of the magnon bands of the all-in-all-out and coplanar phases of the pyrochlore lattice
Graduation year : 2023
Current status: PhD student at University of Nebraska, Lincoln, USA
Haraprasad Dhal
Title of thesis: Field dependence of magnon dispersion in the splay phase of the ferromagnetic pyrochlore lattice
Graduation year : 2023
Somil Agarwal
Title of thesis: Transverse thermal transport due to magnons: Semiclassical and Linear response approaches, application to pyrochlore magnets
Graduation year : 2021
Bibhabasu Patra
Title of thesis: Topological properties of magnonic band structures
Graduation year : 2019
Current status: Quantitative analyst (HFT), Mumbai
Siddharth Mansingh
Title of thesis: Evaluation of dynamical correlations in spin Hamiltonians using exact diagonalisation
Graduation year : 2018
After graduation: PhD student at University of Illinois Urbana-Champaign, USA
Hardik Routray
Title of thesis: Renormalisation Group study of dipolar magnets
Graduation year: 2017
After graduation: PhD student at Rutgers University, USA
Jyotisman Sahoo
Title of thesis: Heisenberg antiferromagnetic interactions on a Pyrochlore lattice
Graduation year: 2015
After graduation: PhD student at Iowa State University, USA
Meenu Kumari
Title of thesis : Study of the entanglement content of the ground state phases of spin-1/2 Kagome antiferromagnets.
Graduation year : 2014
After graduation: PhD student at the Institute for Quantum Computing, University of Waterloo, Canada.
Term projects
Darpa Narayan Basu, ISM Dhanbad (Summer, 2024)
Hemant Lohumi (Summer, 2022)
Sanchayan Banerjee (Summer, 2022)
Haraprasad Dhal (Even semester 2020-2021)
Hiranmay Das (Even semester 2019-2020)
Somil Agarwal (Even semester 2018-2019)
Dishant Swain (Even semester 2018-2019)
Kamalendu Paul (Even semester 2016-2017)
Bibhabasu Patra (Even semester 2016-2017)
Swarnadeep Seth IISER Kolkata, (Summer of 2015-2016)
Arabind Swain (Even Semester, 2015-2016)
Sidharth Mansingh (Even Semester, 2015-2016)
Hardik Routray (Even semester, 2014-2015)
Swapna Sindu Mishra (Even semester, 2014-2015)
Jishnu Rajendran (Even semester, 2014-2015)
Sagnik Ghosh (Even semester, 2013-2014)
Jyotisman Sahoo (Even semester, 2012-2013)
For prospective students and postdoctoral fellows
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Short Projects : As a sixth semester student at NISER if you want to work with me for your project please let me know towards the end of November (or earlier) so that I can think of a suitable problem before the semester break.
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Masters Project : If you want to work with me for your final year project please express your interest before the mid-semester break of your 8th semester.
I will (on average) supervise one student every academic year, assuming the number of students in the final year is greater than or equal to the faculty strength
of the School of Physical Sciences. Your grades don't have to be stellar (I wont mind it if they are, though) but they shouldn't be a disaster.
It will help if you spend at least some time in the summer working on the project.
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Ph. D: Please drop by if you are interested. In any given year whether I take a student or not will depend strongly on the state of the thesis of the current students in the group.
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Postdoctoral fellows : The School of Physical Sciences has regular openings for postdoctoral fellows. Please check the institute webpage for a current advertisement and
the application procedure. You are welcome to write to me beforehand if you have any questions about the group.