About
I am a master’s thesis student with the Belle II group at the Max Planck Institute for Physics (Munich) and a final-year BS-MS physics student at IISER Mohali with a minor in data science. My research interests are in applying computational and statistical techniques to experimental particle physics, with a focus on precision measurements and searches that test the Standard Model (SM) and look for evidence of physics beyond the Standard Model (BSM).
In my master thesis project, I measure the quantum decoherence in the semi-leptonic decay channel
\(B^0 \to D^{*-}\,\ell^+\,\nu_{\ell}\), via the \(\Upsilon(4S)\to B^0\bar{B}^0\) resonance in Belle II.
For this project I have generated and reconstructed $50$ million run-dependent signal MC and $2000\ fb^{-1}$ generic MC samples, applied selection
optimisation and background suppression, and performed both binned and unbinned fits using
pyhf and zfit. A detailed summary of the work is available on the
Master Thesis page.
Outside the thesis, I completed a reading project on Fermilab’s muon g-2 experiment and learned detector-level simulation methods with Geant4. I also implemented three-flavour neutrino oscillations using the PMNS formalism and built demonstration circuits on IBM Qiskit (QasmSimulator).
I am applying to PhD programs in experimental particle physics for Fall 2026/spring 2027, with focus on analysis and precision-measurement work in CERN, Belle II and other related experiments.
On this website you can find my CV and a detailed description of my thesis.
Thank you for visiting - I appreciate your time!