SFB 1044

The Institute of Nuclear Physics in Mainz and the Collaborate Research Center 1044 (SFB 1044) hold its annual SFB School in Boppard, which covers the current research activities of the SFB 1044.


International workshop on e+e- collisions from Phi to Psi in Mainz

June 26-29, 2017

The 11th edition of the "International workshop on e+e- collisions from Phi to Psi" (PhiPsi17) is organized by the Institute for Nuclear Physics of the Johannes Gutenberg University of Mainz and will be held at Schloss Waldthausen, an early 20th century mansion located in the forests at the north-western Mainz city limits, on June 26-29, 2017.

PhiPsi17 is the continuation of the biennial workshop series, started in Karlsruhe (1996) and in Novosibirsk (1999). The aim is to bring together experimentalists and theorists to review in detail the status of hadron physics at low energy accelerators, share new developments, and discuss the potential of existing and future facilities.

HIM supports March for Science

April 22 in Frankfurt
The movement „March for Science“ claims science as a pillar of human freedom and prosperity.
“The Marches for Science are a celebration of science.  It's not only about scientists and politicians; it is about the very real role that science plays in each of our lives and the need to respect and encourage research that gives us insight into the world“, so proclaimed on the initiative’s website.

Workshop: HIgh MAgnetic Fields for FUNdamental Physics (HIMAFUN), 29 & 30. May 2017

Organized by Prof. Dmitry Budker (HIM), Dr. Geert Rikken (University of Toulouse III), Prof. Carlo Rizzo (University of Toulouse III)
Laboratoire National des Champs Magnétiques Intenses – Toulouse, France

High magnetic fields are a very important tool for investigating matter properties. In particular, their impact in fundamental physics is astonishing. They constitute the base of instrumentation like
accelerators and particle detectors. They are also a unique probe to test fundamental particles properties like in the case of the electron magnetic anomalous moment and in more general terms to test Quantum Electrodynamics in bound systems and in vacuum. Physics beyond the standard model also needs high magnetic fields to answer questions still open as in the case of axion and axionlike particle search.


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