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abinitio4darkmatter

Ab initio calculations of nuclear structure factors or nuclear responses for dark matter direct detection

ai4np

Lecture materials and activities for Michelle Kuchera's lectures at AI4NP

ai4np_school

Notebooks and saved models for the AI4NP School

amc

An automatic angular-momentum reduction package for tensor networks

arnoldi_pycpp

Arnoldi algorithm in Python and C++ (with Python link)

atom_imsrg

baishanhu.github.io

Personal page

chroma

The Chroma Software System for Lattice QCD

course2manybodymethods

The link to the website is at

eom-imsrg_full

ezarpack

A C++ ARPACK-NG wrapper that is compatible with multiple matrix libraries

few-body

Python code where the nuclear few-body problem is solved for different Well shapes

fresco

Scattering code FRESCO for coupled-channels calculations

imsrg

In-Medium Similarity Renormalization Group software for nuclear structure calculations. Written in C++, with Python bindings.

lalibe

LAttice-LIvermore-BErkeley (LALIBE)

lvl_builder

a python program to build an energy level scheme that is normally used in the nuclear physics

manybody2018

Nuclear many-body course for 2018

mylib_python

nstar-plot

Neutron star-related plots

nuclear-matter-convergence

An application of a Bayesian convergence model to nuclear matter predictions

orbitals

This repository is for the ongoing development of educational/demonstration software for use in chemistry classes.

project_0vbb

neutrinoless double beta decay

project_ga

Isovector nucleon axial coupling

psi4

Open-Source Quantum Chemistry – an electronic structure package in C++ driven by Python

pycbc

Core package to analyze gravitational-wave data, find signals, and study their parameters. This package was used in the first direct detection of gravitational waves (GW150914), and is used in the ongoing analysis of LIGO/Virgo data.

qmp

QMP Message Passing Library

schrodingereq_1d_tutorial

Solving Schrodinger Equation Numerically

scripts_decay

Python scripts to get NME from evolve IMSRG operators on oak and cedar

sm_pku

This is a shell model code. It can do the calculation with complex-energy Hamiltonian, and also can get the expectation of the effective one- and two-body operator.

spncci

Symplectic no-core configuration interaction calculations