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Matter waves popularisation - Universitat de Barcelona
Python Jupyter Notebook TeX Gnuplot
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Wavepackdisper
biblio
brightsolitons
condaenviclone
darksolitons
documents
visualizacion
BS.ui
BS_interfaz.py
DS.ui
DS_interfaz.py
Interfaz.py
Interfaz_main.py
Main.ui
Manual.pdf
README.md
WD.ui
WD_interfaz.py
bs_guia.pdf
cross_section.gif
dispersion.gif
gpe_fft_ts_v0.ipynb
gpe_fft_ts_v0.py
gpe_fft_ts_v1.ipynb
gpe_fft_ts_v1.py
gpe_fft_utilities.py
gpe_fft_v0.ipynb
gpe_fft_v0.py
heat_map.gif
initial.png
initial.txt
initial2.txt
initial_BS.png
initial_DS.png
initial_WD.png
initialbs.png
license.txt
notas_github.md
position_0.txt
position_02.txt
readme-springs4.md
resumencomandosgit.md
springs4.py
ultracoldUB.py
wave_functions.py
window.ui

README.md

ultracoldUB

Coordinated by:

Antonio Muñoz Mateo
Bruno Julia Diaz

Developpers:

Maria Arazo (@maarsa)
Laura Moreno Valero (@Lauramova)
Ivan Morera (@IvanMorera)
Alejandro Romero (@Alejandro-23)

Collaborators:

Carlos Bravo
Albert Gallemi
Muntsa Guilleumas
Ricardo Mayol (@Payayo)
Artur Polls

Ultracold UB is an open science project started in 2017.
The main goal was to build interactive code to play with quasionedimensional Bose-Einstein condensates by pinning dark and bright solitons.

This package has been used extensively as the main tool to do science popularisation in the ultracold UB project.

Installing

UltracoldUB uses qt4. To install it in ubuntu 18.04 just make a new environment (using the file py35_qt4.txt in folder condaenvclone)

conda create --name py35_qt4 --file py35_qt4.txt

then activate the environment source activate py35_qt4

and run the code with python Interfaz_main.py

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