Jupyter notebooks, python codes, and data files for all original figures from "Interstellar and Intergalactic Medium" by Barbara Ryden and Richard Pogge.

First version of the code - last update Dec 2015

Magnetizer - A Fortran code that post-processes the output of a semi-analytic model of galaxy formation and produces a catalogue of galaxies with detailed radial dependent ISM properties, including magnetic fields

DIRTY: 3D dust radiative transfer for dusty astrophysical sources

Beetroots (BayEsian invErsion with spaTial Regularization of nOisy multi-line ObservaTion mapS) is a Python package that performs Bayesian inference with the sampling algorithm described in (Palud et al., 2023).

Autocorrelation of Lyman-α forests

Python library for interstellar medium (ISM) analysis.

ISMGCC (InterStellar Medium Gaussian Component Clustering): Finding gas structures in molecular ISM using Gaussian decomposition and Graph theory

Analytic 1-D radiative transfer model of blue-asymmetric spectral line profiles from infalling molecular clouds. The model is presented in the paper, "Molecular Line Profile Fitting with Analytic Radiative Transfer Models" by De Vries & Myers (2005).

A code to calculate velocity power spectra over large dynamical ranges.

3D Spatio-kinematic Modeling of the Planetary Nebula Abell 48

IMAGINE and GalMag integration

App to create sky charts showing stars, constellations and interstellar dust for a given time/location.

Fit a modified black body (grey body) to mid-infrared red astronomical data

G-Tomo (Galactic Tomography) app for exploitation of 3d dust extinction in the local galaxy. Extraction of 1d profiles and 2d maps (slices)

PHP code to calculate the total column density from a molecular rotational transition

Morpho-kinematic properties of Wolf-Rayet planetary nebulae. Supplementary Data

Dev repo for PoWR refactoring

Code to reproduce the Dusty Sky animation

Repository for ASP Undergraduate Thesis