Supervisor: Dr. Kuntal Misra, ARIES, Nainital
(Dec 2023 - May 2025)
Here, we used spectral modelling to study mixing in supernova ejecta, particularly in Type
Iax systems, using a 1D
radiative transfer based spectral modelling software TARDIS. Understanding abundance mixing can help
in
uncovering the dynamics
of the explosion of this peculiar supernova sub-class.
Results .
Supervisor: Dr. Sowgat Muzahid, IUCAA, Pune
(May 2025 - )
In this project, I analysed HST COS spectra of QSO sightlines to identify and resolve multiphase absorber systems to study the properties of Circumgalactic Medium of Galaxies. Specifically, I focused on a system tracing 106K Plasma, which contains a broad Lyα absorption system.
Supervisor: Dr. Amit Shukla, IIT Indore
(May 2025 - July 2025)
I performed 2D MHD simulations using PLUTO to study magnetic reconnection and its effect on particle acceleration. I got to learn the physics behind it as well as familiarize myself with computational solving MHD equations.
(May 2025 - July 2025)
As a part of Krittika Summer Project 6.0 organized by Krittika Astronomy Club, IIT Bombay, I worked on computational simulations of the motion of particles and light around the curved spacetime of a non-rotating black hole, using General Relativity.
Project done as a part of the Computational Physics course (P452), where I tested and optimised the Sample-Based Guided Quantum Walk Algorithm on various combinatorial optimization problems based on Nzongani, U. et al. (2025).
Link to the Final Report.
Project where I developed parallel computation based Monte-Carlo algorithms for various cases of reaction-diffusion models, population dynamics, and epidemic spreading inspired by Swailem, M. et al. (2025), as part of the computational physics course.
Link to the Final Report.
Project done as a part of the Computational Physics course (P346), where we numerically
analysed
real-world
problems using computational methods.
Link to the Final Report.