M.Sc. Physics, IIT Mandi · Quantum Technologies · Computational Physics
Recently graduated with an M.Sc. in Physics from IIT Mandi, with hands-on experience in quantum optics, optical instrumentation, experimental physics, and scientific computing. Experienced in Python-based simulations and data analysis, with practical laboratory training in optical measurements, spectroscopy, electronics, and experimental data handling.
Physics postgraduate from IIT Mandi with experience in quantum communication simulations, semiconductor detector modeling, and computational physics. Skilled in quantum optics, quantum circuits, Python-based scientific computing, and TCAD simulations. Experienced in experimental instrumentation, optics handling, and electronics prototyping. Interested in quantum hardware, superconducting systems, and quantum processor technologies.
Simulated the COW QKD protocol using Strawberry Fields Python library under CQST, IIT Mandi. Developed computational models to analyze quantum signal attenuation and evaluated system vulnerability against Beam Splitter and Intercept-Resend attacks.
Simulated high-energy electron-positron collisions using MadGraph5 to compute LO and NLO QCD cross sections. Performed parton showering and hadronization using Pythia, and analyzed event-level observables using MadAnalysis5.
Simulated 4H-SiC Low Gain Avalanche Diodes using Silvaco TCAD. Studied epitaxial layer thickness and JTE on gain and breakdown behavior under reverse bias.
Detailed study on BCS and London theories with applications in quantum computing, particle accelerators, fusion reactors, and magnetic levitation systems.
Solved radial Schrödinger equations using Scilab and studied scattering applications of Hankel functions in quantum mechanics.
Investigated strain tensor, Raman spectra, and magnetic properties of Vanadium Oxide using computational crystallographic analysis tools.