EuNPC2015

Antihydrogen, the bound state of an antiproton and a positron, can now be routinely formed and trapped in in magnetic minimum traps. The first physics results with this intriguing system have been carried out and many more are on the horizon. Antihydrogen is thus on the verge of delivering on its promise of becoming an important test bed for fundamental physics and tests of fundamental...

Hadron spectroscopy from lattice QCD has entered a new era of precision. The spectrum of excited and exotic single hadron states is determined for light and heavy mesons and baryons and the physics of resonances is now being addressed. I will present recent results for spectroscopy, including exotic and isoscalar states. New calculations of scattering states, including a coupled-channel...

Nuclear physics is essential to understand the life cycle, energy release and nucleosynthesis processes in stars. There are reactions in different burning phases, which are involved in the energy production, evolution and nucleosynthesis of stars where our knowledge is limited: the cross sections of these key reactions at astrophysically relevant energies are not known with the precision...