100% score solutions for Codility challenges.
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
Gravitational Wave Detection via Atomic Vapor Cells - Quantum Simulation & Deep Learning Framework
Doppler-free rubidium spectroscopy: frequency calibration, Gaussian and Lorentzian fitting, and hyperfine-structure analysis, with laboratory results and recovered Python code.
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.
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.
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).
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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