Speaker
Mr
Daniel Moser
(Technische Universität Wien)
Description
We present a new method of spectroscopy, utilizing a drift effect to disperse charged particles in a uniformly curved magnetic field. The curved field results in a drift of the charged particles perpendicular to the radius of the curvature and to the magnetic field, which is proportional to the particle’s momentum. A spatial-resolving detector will determine the momentum spectra.
The first realization, called NoMoS (Neutron decay prOducts MOmentum Spectrometer), will measure correlation coefficients in free neutron beta decay to test the Standard Model of particle physics and to search for physics beyond. Currently, the focus is on the design and the construction of the magnet system.
Primary author
Mr
Daniel Moser
(Technische Universität Wien)
Co-authors
Mr
Clement Brousse
(Stefan-Meyer Institut, OEAW)
Dr
Gertrud Konrad
(Stefan-Meyer Institut & Technische Universität Wien)
Mr
Harald Fillunger
(Stefan-Meyer Institut, OEAW)
Prof.
Hartmut Abele
(Technische Universität Wien)
Mr
Joachim Bosina
(Technische Universität Wien)
Dr
Johann Zmeskal
(SMI)
Dr
Ken Suzuki
(Österreichische Akademie der Wissenschaften(ÖAW))
Dr
Mario Pitschmann
(Technische Universität Wien)
Mr
Michael Klopf
(Technische Universität Wien)
Dr
Torsten Soldner
(Institut Laue-Langevin)
Dr
Xiangzun Wang
(Technische Universität Wien)
