Physicist | Cold Atoms • Atom Interferometry • Quantum Sensing • Precision Gravimetry
After-hours work on things I find interesting, kept here for history and backup · lab code stays elsewhere
- Cold-atom experiments and simulation
- Light-pulse atom interferometry
- Precision inertial and gravity sensing
- Quantum sensing and atomic-physics instrumentation
- Scientific programming and numerical modelling
- Data processing and analysis
- ML/AI for scientific and engineering workflows
| 3D MOT magnetic field | MOT force surface |
|---|---|
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| Cold-atom results gallery | Cold-atom results gallery |
Selected atom-interferometry results
Light-pulse atom-interferometry models for trajectories, phase accumulation, fringes, gravity extraction, and sensitivity studies.
3D cold-atom and MOT simulations including beam geometry, magnetic fields, deterministic dynamics, Monte Carlo recoil, and parameter studies.
Physics-oriented neutral-atom quantum computing and Rydberg-interaction models.
Python and scientific-computing foundations.
Reusable backend, API, authentication, configuration, observability, automation, and testing patterns.
Serverless autonomous data-analysis agent with tool use and structured responses.
Grounded retrieval, vector search, and lightweight knowledge-graph workflows.
Structured document extraction and multimodal question answering.
Cold Atoms · Atom Interferometry · Quantum Sensing · Gravimetry · Atomic Physics · Quantum Technologies · Scientific Computing · Python · Linux · Numerical Methods · Data Analysis · ML/AI

