The experimental setup at the Institute Laue-Langevin in Grenoble
© Atominstitut

A physical constant, which is of great importance for basic research, has now be re-measured, with much higher precision than ever before.

 A neutron (left) can decay spontaneously into a proton (right). An electron and an antineutrino are also created in the process.
© Atominstitut

Can dark matter be created when neutrons transform into protons? This is a hotly debated theory – but new analyses from TU Wien do not support this…

Workshop on Matter-Wave Interferometry
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The 2nd Informal Workshop on Matter-Wave Interferometry was held in the beautiful city of Vienna on Thursday May 23th and Friday 24th 2019 at the…

 The experimental setup with the mirror used to measure the neutrons
© Atominstitut

A high-precision experiment led by TU Wien has set its sights on pinpointing the so-far hypothetical "symmetron fields" using the PF2 ultra-cold…

Neutrons for science and technology
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This brochure of ENSA, the European Neutron Scattering Association, highlights some typical work from the academic and industrial user communities…

[Translate to English:] First Page on: NGL_CombinedReport_230816_Complete document_0209-1
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The work programme of Neutron & Quantum Physics Group has been singled out by the ESFRI Scripta entitled "Neutron scattering facilities in Europe:…

[Translate to English:] Walter Hälg Preis 2015 für Helmut Rauch
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It is a great pleasure to announce that the 2015 Walter Hälg Prize has been awarded to Prof Dr Helmut Rauch for his outstanding and seminal…