reionization

Code to compute the HI 21cm and 3HeII 3.5cm field from density fields and source catalogues

Semi-analytic pipeline for computing the LyC escape fraction of IllustrisTNG galaxies, cell by cell

Simulating the Calibration of Arrays with Redundancy: a project to understand the impact of position errors on redundant calibration.

C2-Ray radiative transfer / photo-ionziation code, version with helium, combining 1D and 3D

PHYS369: Astrophysics Group Project

Simplified framework for modeling the global 21-cm absorption signal, with a focus on studying the implications of non-standard 21-cm CMB temperature evolution.

Software release for 'Connecting Lyman-α and ionizing photon escape in the Sunburst Arc'

Neural-Network Emulator for Reionization and Optical depth

Code, data, and analysis from Gazagnes et al. (2025, MNRAS): JWST/NIRSpec constraints on the ionizing photon escape fraction using Mg II in a z~7.5 galaxy pair.

A project in which we study the feasibility of correlation calibration (Sievers 2016) in the Murchison Widefield Array in attempt to bridge the gap between Redudant Calibration and Sky Model Based Calibration

LyC escape fraction of TNG50 galaxies post-processed with the CRASH radiative-transfer code — analysis code and figure notebooks for Kostyuk+2023

A project to investigate the impact of broken dipole antennas in the Murchison Widefield Array and its ability to detect the 21-cm Power Spectrum.

Machine learning python package for reionization simulations, with uncertainty quantification.

A Python package to model the Lyman-alpha damping wing transmission.

Home of the semi-analytical / semi-numerical galaxy evolution and reionization code ASTRAEUS

Python interface to C2Ray, with GPU-acceleration

PyCUDA based implementation of 21cmFAST

A code to identify the location and size of the gravitationally collapsed dark matter halos.

Code to compute ionization field from density fields and source catalogue (CIFOG)

The 3D version of C2-Ray for multiple sources, hydrogen only