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1806

18.06 course at MIT

aas-ucb-astro121

Assignments for Radio Astronomy course taken at University of California, Berkeley, in 2018.

analysis_im

Code for the analysis of 21 cm intensity mapping data.

astronomy-notebooks

iPython Notebooks showing off NumPy, matplotlib, and our universe

cora

Code for simulating skies for 21cm Intensity Mapping, including galactic and extragalactic foregrounds.

driftscan

Data analysis of transit radio interferometers, particularly for 21cm cosmology.

git_work

gsm2016

healpy

Python healpix maps tools

hpc-python

Jupyter Notebooks for Pawsey's HPC Python course

interferometry

Notebooks for simulating aperture synthesis snapshot imaging in radio astronomy

machine-learning-with-python

Python codes for common Machine Learning Algorithms

phd_dissertation_code

Code for post-procesing SNOM data

practical-ui-physics

Learn basic physics for UI

pygsm

Python implementation of the Global Sky Model (GSM) for the radio sky between 10 MHz - 5 THz

pysm_public

PySM: Software for simulating the Galactic microwave sky

python-machine-learning-book

The "Python Machine Learning" book code repository and info resource

python-skyfield

Elegant astronomy for Python

radioastronomyexamples

Radio Astronomy iPython notebook examples 2015/16

simulate_visibilities

use spherical harmonics to calculate visibilities

skymap

Python skymaps based on basemap

swht

Python implementation of the Spherical Harmonic Wave Transform for Radio Interferometry

ugastro121

UC Berkeley Astronomy Radio Lab Code