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Prof. Klaus Blaum22/01/2024, 09:15
The four fundamental interactions and their symmetries, the fundamental constants as well as the properties of elementary particles like masses and moments, determine the basic structure of the universe and are the basis for our so well tested Standard Model (SM) of physics. Performing stringent tests on these interactions and symmetries in extreme conditions at lowest energies and with...
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Prof. Marumi Kado (Max Planck Institute for Physics)22/01/2024, 10:00
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Dr Patrick Achenbach (Jefferson Lab)22/01/2024, 11:15
Nucleons are the most fundamental bound three-body systems in Nature. Higgs boson couplings into QCD produce only a very small part of a baryon's mass and play little role in determining its structure. During the last decade crucial progress has been achieved in the exploration of the spectrum and the structure of nucleon resonances. Studies of exclusive πN, π+π−p, KΛ, and KΣ electroproduction...
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Prof. Alexandre Obertelli (TU Darmstadt)22/01/2024, 11:50
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Prof. Norbert Herrmann (Heidelberg University)22/01/2024, 12:25
Strange particle production and propagation is sensitive to the properties of the surrounding matter and thus a tool to study the equation-of-state and the phase structure of QCD matter. Recent results from the beam energy scan II of STAR will be summarized and put into perspective with the anticipated performance of CBM at FAIR. For performance verification, Lambda production at SIS18 with...
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