Our future-oriented projects

The diverse research programmes of NUM scientists, providing insights into the building blocks of matter and the functionality of materials, are based on and enabled by our expertise in developing, building, and operating unique instrumentation. We make this expertise, together with our instrumentation, available to the international scientific user community. Both our own as well as the research of our user community provides the motivation for continuous upgrades of our facilities, highlighting the close synergies between our efforts in instrumentation and the research being performed with it.
Our vision for the future remains focused on accelerating this synergetic loop of innovation via continuous and strategic upgrades of our facilities, as well as the investment in new facilities both at PSI and internationally. While pursuing this vision, we aim at further enhancing the cross-pollination between our research and instrumentation programmes. Please find a list of our upgrade projects with more details below. The timeline for five largest projects that require planning and resources across all of NUM and are carried out in collaboration and coordination with the central technical divisions GFA and LOG is shown above.
SINQ Upgrade
Modernisation and upgrade program of the SINQ neutron guide system, instrumentation and infrastructure
FLAME
Project of building an instrument for FLexible Advanced MuSR Environment
PSI-ESS Project
Participation in several instrument projects at the European Spallation Neutron Source ESS in Lund
QMMC
Project of building a Quantum Matter and Materials Center on the PSI campus
MIXE
Project to develop a fully-fledged experimental solution for element analysis based on Muon Induced X-ray Emission
AM-UP
Applied Materials instrument Upgrade Project for SINQ
HIMB
Project to develop a source of High Intensity Muon Beams
SINQ North Hall
Project to extend the SINQ facilities by a new neutron guide hall on the north side