ODMR Simulation Framework
Python framework for simulating spin-defect ODMR and quantum sensing protocols, including field-dependent transitions, ensemble/single-defect regimes, and pulsed sequences such as Ramsey, Hahn echo, and XY8.
Repository →Physics • Scientific Software • Deep Tech
Physicist and scientific software developer working across quantum sensing, nanofabrication, optical instrumentation, scientific computing, and AI-enabled physical systems.
I am completing an M.Sc. in Physics at ETH Zurich and currently doing visiting research at Harvard University. My work sits at the interface of spin-defect-based quantum sensing, two-dimensional materials, nanofabrication, optical instrumentation, and scientific software.
I am especially interested in deep-tech problems where physics, software, and experimental systems meet, including semiconductor/metrology tooling, quantum sensing, advanced materials, and AI for physical systems.
At Harvard, I am working on sensing concepts for two-dimensional quantum materials using hBN defects, optical readout, ODMR, device design, and scientific Python modeling. The broader goal is to develop sensing approaches for fragile correlated electronic phases and nanoscale material systems.
Python framework for simulating spin-defect ODMR and quantum sensing protocols, including field-dependent transitions, ensemble/single-defect regimes, and pulsed sequences such as Ramsey, Hahn echo, and XY8.
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Read on Substack →For research, deep-tech, startup, or technical opportunities, feel free to reach out.