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beta_oslo_unfolding

Testing of beta-oslo unfolding things

bigstickpublick

Open-access version of BIGSTICK configuration-interaction, a.k.a. shell-diagonalization, Fortran 90 code

bowtie2-test

Docker tutorial

cens

This repository contains several sets of many-body codes developed by Morten Hjorth-Jensen and collaborators. The codes follow the GNU GPL v.3 public license settings.

chart-of-nuclides-drawer

covid19

Covid19 microsimulation

elfi

ELFI - Engine for Likelihood-Free Inference

fun

fys3120

Stuff for FYS3120 Classical Mechanics and Electrodynamics @ UiO

gambit_np

geffmoc

General framework for Monte Carlo

kshell_for_pymc3

A wrapper code to interface shell model calculations in KSHELL with the monte carlo inference tool PyMC3, facilitating bayesian optimization of shell model interaction parameters

kshell_public

This repository contains the shell-model code KSHELL by Noritaka Shimizu (arXiv:1310.5431 [nucl-th]), with some small modifications and additions by me. Notably, the Python utility suite bin/shellmodelutilities.py which allows extraction of gamma-ray strength functions from KSHELL calculations.

master

ocl-scripts

Scripts for stuff, such as data analysis, at the Oslo Cyclotron Lab.

openabm-covid19

OpenABM-Covid19: an agent-based model for modelling the spread of SARS-CoV-2 (coronavirus) and control interventions for the Covid-19 epidemic

oslo-method-software

Software for the Oslo Method

oslo_method_utilities

A set of simple utilities that I have developed while analysing data with the Oslo method

oslo_summer_school_2018

Material for my lecture at the nuclear physics summer school in Oslo June 2018

qkinz

rainier_normalization_tests

Testing normalization impact on RAINIER spectra with Fabio

shellmodel

Scripts for running shell model codes

smittemodellar

spread

strength_function_from_shell_model

Contains an example shell model calculation file and a Python script to extract the gamma strength function. The strength function is extracted in different ways, to illustrate the potential problems that may arise.

unfolding_neural_network

Testing a neural network for unfolding gamma-ray spectra. The main file is the .ipynb, which is a Jupyter notebook. To run it you need Python with Jupyter, Numpy, Matplotlib and Tensorflow.