Source code of "KadanoffBaym.jl", an adaptive solver for KadanoffBaym equationsdoi:10.60507/FK2/Q2VE6Xbonndata2024-06-241Meirinhos, Francisco; Bode, Tim, 2024, "Source code of "KadanoffBaym.jl", an adaptive solver for KadanoffBaym equations", https://doi.org/10.60507/FK2/Q2VE6X, bonndata, V1Source code of "KadanoffBaym.jl", an adaptive solver for KadanoffBaym equationsdoi:10.60507/FK2/Q2VE6XMeirinhos, FranciscoBode, TimbonndataMeirinhos, FranciscoMeirinhos, Francisco2024-06-19PhysicsPhysicsA permanent storage of "KadanoffBaym.jl", a code developed for the PhD thesis titled "Kondo Collapse and Revival by Pulsed Light." This Julia package implements an adaptive solver for the Kadanoff-Baym equations, used to simulate nonequilibrium dynamics in quantum many-body systems. The repository includes well-documented source code, example scripts, and usage instructions.<a href="https://mit-license.org/">MIT</a>Meirinhos, Francisco and Kajan, Michael and Kroha, Johann and Bode, Tim: Adaptive numerical solution of Kadanoff-Baym equations – 2022 – SciPost Phys. Core 510.21468/SciPostPhysCore.5.2.030Meirinhos, Francisco and Kajan, Michael and Kroha, Johann and Bode, Tim: Adaptive numerical solution of Kadanoff-Baym equations – 2022 – SciPost Phys. Core 5Costa Meirinhos, Francisco: Kondo Collapse and Revival by Pulsed Light – Bonn, 2024 – Dissertation, Rheinische Friedrich-Wilhelms-Universität Bonn.nbn:de:hbz:5-76501Costa Meirinhos, Francisco: Kondo Collapse and Revival by Pulsed Light – Bonn, 2024 – Dissertation, Rheinische Friedrich-Wilhelms-Universität Bonn.Meirinhos, Francisco, 2024, "Replication Data for: "Kondo Collapse and Revival by Pulsed Light"", bonndata10.60507/FK2/C0YZ1BMeirinhos, Francisco, 2024, "Replication Data for: "Kondo Collapse and Revival by Pulsed Light"", bonndataMeirinhos, Francisco, 2024, "TeX source code of the dissertation "Kondo Collapse and Revival by Pulsed Light"", bonndata10.60507/FK2/S27IOBMeirinhos, Francisco, 2024, "TeX source code of the dissertation "Kondo Collapse and Revival by Pulsed Light"", bonndataProject.tomlapplication/octet-streamREADME.mdtext/markdownmake.jlapplication/octet-streamProject.tomlapplication/octet-streamindex.mdtext/markdownFermiHubbard_II.pngimage/pngKadanoffBaym.jl.svgimage/svg+xmllogo-dark.pngimage/pnglogo.pngimage/pngOpenBoseDimer.pngimage/pngTightBinding.pngimage/pngBoseEinsteinCondensate.mdtext/markdownFermiHubbard2B.mdtext/markdownFermiHubbardTM.mdtext/markdownOpenBoseDimer.mdtext/markdownStochasticProcesses.mdtext/markdownTightBindingModel.mdtext/markdownbose-einstein-condensate.ipynbapplication/x-ipynb+jsonbosonic-dimer.ipynbapplication/x-ipynb+jsonbosonic-mixture.ipynbapplication/x-ipynb+jsonbrownian-motion.ipynbapplication/x-ipynb+jsonfermi-hubbard-2B.ipynbapplication/x-ipynb+jsonfermi-hubbard-TM.ipynbapplication/x-ipynb+jsonfermionic-dimer.ipynbapplication/x-ipynb+jsongeometric-brownian-motion.ipynbapplication/x-ipynb+jsonpaper.mplstyleapplication/octet-streamgf.jlapplication/octet-streamKadanoffBaym.jlapplication/octet-streamkb.jlapplication/octet-streamlangreth.jlapplication/octet-streamutils.jlapplication/octet-streamvcabm.jlapplication/octet-streamvie.jlapplication/octet-streamwigner.jlapplication/octet-streamgf.jlapplication/octet-streamkb.jlapplication/octet-streamlangreth.jlapplication/octet-streamruntests.jlapplication/octet-streamwigner.jlapplication/octet-stream