Research with Neutrons and Muons NUM DivisionThe PSI NUM division is one of the five PSI research divisions. It's mission is to perform excellent research with neutrons and muons and to operate the three PSI user facilities SINQ, SμS and Particle Physics.
Current News from NUM
Christof Niedermayer new head (ad interim) of the LNS from Jan 1, 2017LNS from January 1, 2017 on. Christof studied physics and received his PhD at the University of Konstanz/DE. He spent his postdoctoral fellowship at Vancouver University in Canada before returning back to Konstanz for his habilitation. In 2002 Christof joined the LNS as responsible scientist for the Triple-Axis Spectrometer RITA-II at SINQ. Since 2011 he is head of the LNS spectroscopy group. In addition, he holds a professorship at the University of Konstanz since 2013.
Christian Rüegg new head of NUM division from Jan 1, 2017
Christian will suceed Kurt Clausen, who will retire on April 30, 2017 after 13 years as head of the NUM division and three years as deputy director of PSI.
SNF professorship and 2 ERC Starting Grants for neutron electric dipole moment search
Florian Piegsa completed his PhD thesis in the group of Ben van den Brandt in LDM/NUM cooperating with TU Munich (Oliver Zimmer) and was the first recipient of the PSI thesis medal in 2009. After postdoc positions at the ILL Grenoble and at the ETH Zurich he worked in the ETH group of Klaus Kirch for the last years. He pursued experiments at SINQ and is a member of the neutron electric dipole moment (nEDM) collaboration at the PSI UCN source. Now he has been granted a SNF professorship at the Albert Einstein Center at the University of Bern and a Starting Grant from the European Research Council (ERC) in order to push forward a new experimental method to search for the nEDM.
Also Guillaume Pignol (LPSC Grenoble), another member of the international nEDM collaboration at PSI, has been awarded an ERC Starting Grant for his proposal “The Neutron Electric Dipole Moment: pushing the precision to understand the matter-antimatter asymmetry” targeting the upcoming n2EDM effort.