pyBBN

Boltzmann code for investigating the influence of additional particle species on primordial nucleosynthesis.

Developed by Nashwan Sabti, Andrii Magalich and Anastasia Filimonova

Under supervision of Oleg Ruchayskiy, Alexey Boyarsky

Documentation

Name		Name	Last commit message	Last commit date
Latest commit History 1,228 Commits
KAWANO @ 5009d83		KAWANO @ 5009d83
common		common
figures		figures
interactions		interactions
library		library
notes		notes
output		output
particles		particles
tests		tests
.coveragerc		.coveragerc
.gitignore		.gitignore
.gitmodules		.gitmodules
.landscape.yaml		.landscape.yaml
.pyccoon		.pyccoon
Density approximation for decoupling and decay.nb		Density approximation for decoupling and decay.nb
Entropy transfer.nb		Entropy transfer.nb
Equillibrium BBN.nb		Equillibrium BBN.nb
Expansion law corrections.nb		Expansion law corrections.nb
GammaTraces.nb		GammaTraces.nb
Makefile		Makefile
README.md		README.md
RelNonRelApproximator.nb		RelNonRelApproximator.nb
Semianalytic_BBN_Estimates.nb		Semianalytic_BBN_Estimates.nb
Ultrasimple model for Deuterium.nb		Ultrasimple model for Deuterium.nb
__init__.py		__init__.py
environment.py		environment.py
evolution.py		evolution.py
greek_alphabet.txt		greek_alphabet.txt
kawano.py		kawano.py
matplotlibrc		matplotlibrc
numericalunits.py		numericalunits.py
plotting.py		plotting.py
pyBBN_user_guide.pdf		pyBBN_user_guide.pdf
requirements.txt		requirements.txt
semianalytic.py		semianalytic.py
setup.cfg		setup.cfg
sterile_neutrino_lifetime.nb		sterile_neutrino_lifetime.nb