An open source Python package for plasma research and education

Python interface to the CHIANTI atomic database

Object-oriented Python library for computation of properties of highly-excited Rydbeg states of alkali and divalent atoms.

Rydberg Sensor Interactive Quantum Physics Module

A python package developed to handle quantum levels which can act as a basis for larger simulations

Mirror of the atoMEC repository. Please do not post issues or pull requests here. Use https://github.com/atomec-project/atoMEC instead.

Python-based average-atom code for simulations of high energy density phenomena such as in warm dense matter.

Reposity that I will use as a compendium for my numerical approaches to several physics problems

This is for communicating with a Rigol AFG, specifically the 1022, using PyVISA. It does not have full functionality due to just using what was needed. But, it gives a template for most functions.

This is for communicating with a BNC Pulse Generator, specifically the 575, using PyVISA. It does not have full functionality due to just using what was needed. But, it gives a template for most functions.

A Python package to help with atomic physics calculations.

Spectroscopy inference tool to analyse atomic line emission from plasmas

An advanced scientific library specialized in thermomechanics and atomic sciences

Prints possible non-relativistic term symbols, and corresponding non-relativistic g-factors for given electron configuration and (optionally) total angular momentum J.

This release contains scripts and tools I have used as a PhD student in analyzing the time of flight absorption and fluorescence images of ultracold cloud of Strontium atoms. This also contains a Physics sub-package that is not fully intuitive to outsiders but I intend to update the documentation as well for future usage. The objective of this i…

Transit effects simulation in hot atomic vapors and wavefront analysis

Contains notes and code created during Brayant Garcia's time in David Weiss' group for 2022 Summer REU

Dark Matter-induced Atomic Response Code (DarkARC) - A python tool for the calculation and tabulation of atomic response functions for ionization via dark matter-electron scatterings.

band structure calculation of 2D square lattice with four orbitals.

This is an experimental package for the sake of hashing atomic data by (configuration, term, J) level information instead of (idxI, idxJ), so that an Atom object is able to be created by given the information of necessary levels without editing the data file.