Telemetry data logger for medium and large caliber ammunition
Jan Olav Eeg, FI
The existence of an electric dipole moment (EDM) of an elementary particle is a quantity which violates time reversal (T-) symmetry. Trusting the CPT-symmetry valid in all local quantum field theories, EDMs are also CP-violating quantities. Therefore studies of EDMs give important information on the matter anti-matter asymmetry in the universe. Within the Standard Model (SM) of particle physics, EDMs are small and given by (higher) loop effects and through the Cabibbi-Kobayashi-Maskawa (CKM) CP-violating phase. Experimentally only bounds on electron, muon, proton and neutron EDMs are determined. Theories beyond the SM typically contain more sources of CP-violation than the SM. Therefore calculations of EDMs within such theories will put bounds on the parameters of such (hypothetical) theories. [continued below]
(The slides will be available here)
Doctoral candidate Master in Physics Alexander Hupfer at Department of Physics will give a trial lecture on the given topic: Solid state lightning
Master in Physics Alexander Hupfer at Department of Physics will be defending the thesis Hydrogen related point-defects in monto-crystalline zinc oxide for the degree of Philisophiae Doctor.
Pejman Mansouri Samani, Biofysikk og Medisinsk fysikk, Fysisk instittt, UiO