Simulation of instrumental systematic effects in the context of CMB observations
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Updated
Jan 2, 2023 - Python
Simulation of instrumental systematic effects in the context of CMB observations
Multifrequency Likelihood for SO Large Aperture Telescope
Fisher forecasting for cosmological surveys
Pynkowski is a Python package to compute Minkowski Functionals, as well as their expected values for different fields.
Tools for gravitational lensing: now deprecated by pixell+orphics+symlens. Leaving it here in case anyone needs to reproduce old stuff.
a lightweight Python binding of the CLASS CMB Boltzmann code
Binned sensitivity curves and error bars on the fractional energy density of gravitational waves in the Universe, matching the figures in https://arxiv.org/abs/2007.04241.
A cobaya high-ell likelihood polarized for planck 2020 data (NPIPE release)
The Cosmoglobe Sky model. A Python package for producing astrophysical sky simulations directly from Commander results.
Find point sources in sky maps using matched filtering.
A cobaya low-ell likelihood polarized for planck 2020 data (NPIPE release)
CosmoVAE: Variational Autoencoder for CMB Image Inpainting
Atmospheric Impact Simulation for CMB ground-based experiments
Deep learning models to estimate the masses of galaxy clusters from lensed CMB maps
Code for getting CMB spectral distortions on Bound Dark Matter model modified
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