University of Oxford · DPhil Project
Exploring the algorithmic principles of evolution through a 3D polycube model of protein complex self-assembly. Supervisor: Prof Ard Louis.
research · education · teaching · outreach.
Self-assembly·Biological evolution·Algorithmic information theory·Graph theory·Combinatorics
Exploring the algorithmic principles of evolution through a 3D polycube model of protein complex self-assembly. Supervisor: Prof Ard Louis.
Strain engineering of quantum spin liquids. Supervisor: Prof Matthias Vojta.
Magnetism in graphene fractals. Supervisor: Dr Sudipta Dutta.
Critical dynamics in chiral disordered systems. Supervisor: Dr Sambuddha Sanyal.
Anderson localization and zero modes in graphene. Supervisor: Dr Sambuddha Sanyal.
DPhil Theoretical Physics.
BS-MS Dual Degree in Physics · CGPA 9.7/10 · Class Rank I · Gold Medal.
12th Grade · 98% · Top 1% nationally · Class Rank I.
Physics lab course.
Non-equilibrium Statistical Physics, master's course.
Physics lab course.
Contributed talks & posters
Conference Talk — DPG Condensed Matter Physics, Germany (2026) · Outreach Talk — Balliol College Oxford (2026) · Conference Talk — AI and Ethics Conference, Oxford (2026) · Flash Talk — Physics of Life Summer School, Durham University (2025) · Poster — Barcelona Collaboratorium, Modelling Biology Across Scales, Spain (2024).
Participation & awards
Foundations of Nanoscience, Munich (2026) · Presentation Skills Coaching Programme for Women in Science, London (2025) · Software Carpentries Workshop — Shell, Git, Python, Oxford (2025) · Winner, Build-a-Detector: Gravitational Wave Workshop (2021) · Winner, Decoherence: National Physics Competition (2021) · State Topper, National Graduate Physics Examination (2020) · National Science Talent Search Examination, Physics National Rank 6 (2018).
Python·Fortran·MATLAB·Java·HPC clusters·SLURM·Git·Shell scripting·Machine learning·Web development·Scientific communication·Visualization