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SUMMARY:MuSpinSim: spin dynamics calculations for muon science.
DTSTART;VALUE=DATE-TIME:20220831T084000Z
DTEND;VALUE=DATE-TIME:20220831T090000Z
DTSTAMP;VALUE=DATE-TIME:20220826T121340Z
UID:indico-contribution-3657@indico.stfc.ac.uk
DESCRIPTION:Speakers: Leandro Liborio (Scientific Computing Department\, R
 utherford Appleton)\nMuSpinSim is a Python software to simulate muon ($\\m
 u$SR) experiments. In particular\, it simulates the spin dynamics of a sys
 tem of a muon plus other spins such as electrons and atomic nuclei. MuSpin
 Sim can simulate various common experimental setups used in $\\mu$SR\, suc
 h as zero\, transverse and longitudinal field experiments\; and it can sim
 ulate $\\mu$SR experiments that are resolved in time\, field\, or temperat
 ure. Furthermore\, MuSpinSim can account for the effects of hyperfine\, di
 polar\, quadrupolar and Zeeman couplings\, as well as simulate quantum sys
 tems exchanging energy with the environment with the Lindblad master equat
 ion. Finally\, MuSpinSim can be used to fit experimental $\\mu$SR data wit
 h simulations that use all of the capabilities described above. The fittin
 gs can be run in parallel on multiple cores\, which significantly reduces 
 the computational cost of the most expensive tasks. In this work\,  we pre
 sent the Python package MuSpinSim with all the utilities it provides to fa
 cilitate simulations of $\\mu$SR experiments\, demonstrate the effectivene
 ss of the method with some chosen example systems and show a prototype app
 lication of MuonGalaxy\, a web-based implementation of MuSpinSim that is b
 ased on the [Galaxy platform][1].\n\n\n  [1]: http://galaxyproject.org/\n\
 nhttps://indico.stfc.ac.uk/event/53/contributions/3657/
LOCATION:Science and Technology Campus\, University of Parma
URL:https://indico.stfc.ac.uk/event/53/contributions/3657/
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