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This repository contains a PyOpticL-based optical/mechanical layout for building an optical platform targeting Rb-87 neutral atom experiments. It assembles a complete, code-driven CAD model in FreeCAD, organizing the setup into modular boards.
Magnesium / Rubidium Extras i18n/Fix Project
Sodium及其附属模组&Rubidium及其附属模组 翻译资源包
Magnesium / Rubidium DynamicLights i18n Project
Doppler-free rubidium spectroscopy: frequency calibration, Gaussian and Lorentzian fitting, and hyperfine-structure analysis, with laboratory results and recovered Python code.
Gravitational Wave Detection via Atomic Vapor Cells - Quantum Simulation & Deep Learning Framework
Rb 5S→6S two-photon spectroscopy at 993 nm in a hot vapour cell, OIST 2025. A line model sampled atom by atom through the bore-clipped forward beam, a digital twin that measures the estimators' biases, and work toward one joint fit of the traces and the line's higher moments. Every invariance is enumerated, never assumed.
Holdover time calculator: accumulated time error of OCXO and rubidium oscillators in GNSS-denied holdover from initial frequency offset and aging rate
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).
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.
Series of programs and work on Signal Processing and Data Anaysis developed along with LAFriOC laboratory at the Physics Institute
QuAntü | Neutral-atom-based quantum computing in Chile — ANID Thematic Research Ring project ATE250066. Algorithms, experiment and theory.
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