HoloGradPy optimizes SLM phase patterns for target intensity and phase 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.
Cold-atom physics simulations covering trajectories, thermal motion, optical dipole traps, trap frequencies, and gravitational sag.
Repository to Control Camera
Experimental control system using ARM mbed OS on STM32 Nucleo board
Real-time MOT fluorescence monitor using USB cameras. Loading curve fitting, centroid tracking, background subtraction — no photodiode required.
Validated numerical laboratory for low-energy quantum scattering: scattering length, effective range,.
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.
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.
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.
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.
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