An open source Python package for plasma research and education

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

General Relativistic Atomic Structure Package

Python interface to the CHIANTI atomic database

Rydberg Sensor Interactive Quantum Physics Module

A c++ program for high-precision atomic structure calculations of one and two valence systems. Uses Hartree-Fock + correlation potential method. Can calculate ionisation cross sections with large of energy/momentum transfer.

Collection of functions to solve the optical Bloch equations

An extension of Unitful.jl for working with atomic units

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

A Python package to help with atomic physics calculations.

Modelling simple atoms and 87Rb in cavity-QED.

Classification of MXenes into metals and non-metals based on physical properties

Computational physics in APL

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.

Fun simulations and numerical calculations for the everyday physicist.

The CPC library version of QPC-TDSE.

The official IDL interface to the CHIANTI atomic database for astrophysical spectroscopy

Implementation of local algorithms within pyscf

Provides tables of high-accuracy atomic ionisation factors, which are used to calculate atomic ionisation rates. Example programs calculate dark-matter-electron-induced ionisation rates, and electron-impact ionisation rates

Calculation of the expected PDH error signal. Code with 1st order sidebands from many papers, second order fits experimental data but not rigorously derived.

Automatization project for Dr. Gillen's lab

My IDL libraries covering various topics related to spectroscopy, radiative transfer, theory of stellar atmospheres and numerical methods in general.

Calculate elastic electron atom scattering (EEAS) phase shifts in solid materials for LEED modelling

An advanced scientific library specialized in thermomechanics and atomic sciences

Spectroscopy inference tool to analyse atomic line emission from plasmas

Library to calculate Stark and Zeeman maps for Rydberg helium, in either the n,L,S,m_L or n,L,S,J,m_J basis, using the Numerov method.

Implement PCA for fringe subtraction from cold atom images

ODE solvers simulating the loading of atoms into a combined magnetic and optical dipole trap

Script to smooth xyz and cube file trajectories. Applies spline interpolation to the trajectory

Positronium in parallel electric and magnetic fields.