APAnon PHY
@anonphy
Experimental and computational physicist specializing in quantum materials.
IndiaWhat I'm looking for
I am an experimental and computational physicist focused on quantum materials and semiconductor thin films, combining hands-on thin-film fabrication and spectroscopy with numerical modeling and quantum computing techniques. I have driven projects ranging from Raman spectroscopy of 2D TMDCs at low temperatures to magnetron-sputtered multilayer hydrogen sensors, producing measurable device sensitivity and fast response times.
My work blends laboratory experimentation (magnetron sputtering, photolithography, Raman/PL) with computational analysis (Python, C++, Qiskit, COMSOL) and statistical-mechanics modeling, yielding insights into phonon modes, adsorption/desorption transitions, and quantum simulation benchmarks. I hold a dual B.Tech/M.Tech in Engineering Physics and have been recognized with fellowships including FAST-SF and IBM Qiskit Summer School.
Experience
Work history, roles, and key accomplishments
Research Project Trainee
Physical Research Laboratory
Aug 2025 - Present (4 months)
Investigating Raman scattering in 2D quantum materials at low temperatures to identify phonon modes and quantum phenomena; contributed to measurement, data analysis, and interpretation for heterogeneous TMDC structures.
Summer Research Fellow
IISER Thiruvananthapuram
May 2025 - Jul 2025 (2 months)
Fabricated Pd/Mg/Co multilayer thin films via magnetron sputtering and photolithography and demonstrated hydrogen sensing from 10 ppb–10,000 ppm with 10.5% sensitivity and ~40s response at room temperature.
Undergraduate Researcher
NIT Agartala
Jul 2024 - Apr 2025 (9 months)
Implemented the Bond Fluctuation Model to simulate ssDNA and dsDNA, analyzed desorption–adsorption and melting transitions, and applied statistical mechanics to confirm first-order melting and second-order desorption.
Education
Degrees, certifications, and relevant coursework
NANational Institute of Technology Agartala
Bachelor of Technology + Master of Technology (Dual Degree), Engineering Physics
2021 -
Grade: 8.69/10
Pursuing a Dual Degree (B.Tech + M.Tech) in Engineering Physics with a current CGPA of 8.69/10 and coursework in classical and quantum physics, condensed matter, semiconductor devices, statistical mechanics, and numerical methods.
Tech stack
Software and tools used professionally
Availability
Location
IndiaAuthorized to work in
Job categories
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