HoloGradPy optimizes SLM phase patterns for target intensity profiles in the Fourier plane.
AxelSuite is a set of applications for Navigator project, Centre for Cold Matter, Imperial College, London, UK
W-SLDA Toolkit: A self-consistent numerical solver for problems governed by equations formally equivalent to the Bogoliubov-de Gennes framework.
Camera-agnostic absorption imaging analysis for cold atom experiments. Multi-species, OD calculation, 2D Gaussian fit, ToF temperature, folder watcher, GUI & CLI.
Experimental control system using ARM mbed OS on STM32 Nucleo board
Repository to Control Camera
Cold-atom physics simulations covering trajectories, thermal motion, optical dipole traps, trap frequencies, and gravitational sag.
Real-time MOT fluorescence monitor using USB cameras. Loading curve fitting, centroid tracking, background subtraction — no photodiode required.
Preregistered numerical companion of 'Multifractality as a sensing resource' (the D2 figure of merit): gRP/PBRM/Sierpinski fidelity-susceptibility experiments, frozen readings, certified eigensolvers.
Desktop app for Rb-87 fluorescence spectroscopy: drag in camera frames, crop the cloud once, get an intensity-vs-frequency spectrum with Gauss/Lorentz fits. PySide6, packaged as a single Windows exe.
Package for the simulation of classical atomic dynamics in various trapping potentials.
Semiclassical MOT simulation library: scattering force, dipole traps, multi-level dynamics, ensemble diagnostics and recapture, with a CPU/GPU (CuPy) backend.
Data processing, analysis and visualization package for atomic physics experiments in the single-atom regime.
Light-pulse atom-interferometer simulation for phase, fringes, trajectories, gravity extraction, and sensitivity studies.
Analysis of the Rb 5S-6S two-photon transition at 993 nm: the light-shift distribution of a focused standing wave, read from the shape of the line, gives bounds that survive a drifting laser lock. Public, versioned, continuously tested.
Real-time desktop simulator of a Rb-87 MOT-to-dipole-trap transfer, rendered live like an IR camera view of the cell. Built on the MOTorNOT physics engine (Dear PyGui GUI).
Project Navigator is using atom-interferometry of cold Rb atoms for quantum inertia measurement. The main application of the project is MotMaster2.
Validated numerical laboratory for low-energy quantum scattering: scattering length, effective range,.
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