Add to ORKGUltracold neutrons (UCN) can be stored in suitable bottles and observed for several hundreds of seconds. Therefore UCN can be used to study in detail the fundamental properties of the neutron. A new user facility providing ultracold neutrons for fundamental physics research has been constructed at the Paul Scherrer Institute, the PSI UCN source. Assembly of the facility finished in December 2010 with the first production of ultracold neutrons. Operation approval was received in June 2011. We give an overview of the source and the status at startu
We propose a new method for production of ultracold neutrons (UCNs) in superfluid helium. The princi...
The most intense sources of ultra cold neutrons (UCN) have bee built at reactors where the high aver...
The ultracold-neutron (UCN) source at the Paul Scherrer Institute serves mainly experiments in funda...
Ultracold neutrons (UCN) can be stored in suitable bottles and ob-served for several hundreds of sec...
Efficient neutron transport is a key ingredient to the performance of ultracold neutron (UCN) source...
AbstractOn the basis of the working research WWR-M reactor at PNPI there is being built a highly int...
The WWR-M reactor at PNPI is planned to be equipped with a high-flux source for ultracold neutrons (...
The WWR-M reactor at PNPI is planned to be equipped with a high-flux source for ultracold neutrons (...
Ultracold neutrons (UCN) are free neutrons that can be stored in experimental setups for several m...
The WWR-M reactor at PNPI is planned to be equipped with a high-flux source for ultracold neutrons (...
Research in fundamental physics with the free neutron is one of the key tools for testing the Standa...
Research in fundamental physics with the free neutron is one of the key tools for testing the Standa...
We propose a new method for production of ultracold neutrons (UCNs) in superfluid helium. The princi...
AbstractWhile intense reactor based sources of ultra-cold neutrons have been in operation for approx...
AbstractOn the basis of the working research WWR-M reactor at PNPI there is being built a highly int...
We propose a new method for production of ultracold neutrons (UCNs) in superfluid helium. The princi...
The most intense sources of ultra cold neutrons (UCN) have bee built at reactors where the high aver...
The ultracold-neutron (UCN) source at the Paul Scherrer Institute serves mainly experiments in funda...
Ultracold neutrons (UCN) can be stored in suitable bottles and ob-served for several hundreds of sec...
Efficient neutron transport is a key ingredient to the performance of ultracold neutron (UCN) source...
AbstractOn the basis of the working research WWR-M reactor at PNPI there is being built a highly int...
The WWR-M reactor at PNPI is planned to be equipped with a high-flux source for ultracold neutrons (...
The WWR-M reactor at PNPI is planned to be equipped with a high-flux source for ultracold neutrons (...
Ultracold neutrons (UCN) are free neutrons that can be stored in experimental setups for several m...
The WWR-M reactor at PNPI is planned to be equipped with a high-flux source for ultracold neutrons (...
Research in fundamental physics with the free neutron is one of the key tools for testing the Standa...
Research in fundamental physics with the free neutron is one of the key tools for testing the Standa...
We propose a new method for production of ultracold neutrons (UCNs) in superfluid helium. The princi...
AbstractWhile intense reactor based sources of ultra-cold neutrons have been in operation for approx...
AbstractOn the basis of the working research WWR-M reactor at PNPI there is being built a highly int...
We propose a new method for production of ultracold neutrons (UCNs) in superfluid helium. The princi...
The most intense sources of ultra cold neutrons (UCN) have bee built at reactors where the high aver...
The ultracold-neutron (UCN) source at the Paul Scherrer Institute serves mainly experiments in funda...