Difference between revisions of "PSI"
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'''[https://www.psi.ch/en PSI]''' (the '''P'''aul '''S'''cherrer '''I'''nstitut), in Villigen, Switzerland, boasts an unparalleled assemblage of scientific instruments for the study of matter, including an isochronous cyclotron with the world's highest intensity 500 MeV proton beam, which produces the world's highest flux CW muon beams, a reactor, a spallation neutron source, a synchrotron light source and a free electron X-ray laser ('''[https://www.psi.ch/en/swissfel SwissFEL]'''). |
'''[https://www.psi.ch/en PSI]''' (the '''P'''aul '''S'''cherrer '''I'''nstitut), in Villigen, Switzerland, boasts an unparalleled assemblage of scientific instruments for the study of matter, including an isochronous cyclotron with the world's highest intensity 500 MeV proton beam, which produces the world's highest flux CW muon beams, a reactor, a spallation neutron source, a synchrotron light source and a free electron X-ray laser ('''[https://www.psi.ch/en/swissfel SwissFEL]'''). |
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µSR at PSI is conducted at the '''L'''aboratory for '''Mu'''on Spin Spectroscopy ('''[https://www.psi.ch/en/lmu LMU]'''), which see. |
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Latest revision as of 16:27, 8 September 2022
ISMS and the World µSR Community --> here
PSI (the Paul Scherrer Institut), in Villigen, Switzerland, boasts an unparalleled assemblage of scientific instruments for the study of matter, including an isochronous cyclotron with the world's highest intensity 500 MeV proton beam, which produces the world's highest flux CW muon beams, a reactor, a spallation neutron source, a synchrotron light source and a free electron X-ray laser (SwissFEL).
µSR at PSI is conducted at the Laboratory for Muon Spin Spectroscopy (LMU), which see.
