The report gives a brief overview of the trigger system of the ATLAS experiment. The trigger tasks during Run 3 are discussed in detail in the light of actual problems of B-hadron physics.
The quality of the experimental data collected during 2022 is discussed.
The report gives a brief overview of the trigger system of the ATLAS experiment. The trigger tasks during Run 3 are discussed in detail in the light of actual problems of B-hadron...
Quantum chromodynamics (QCD) as a theory of interaction of quarks and gluons, is undoubtedly successful and gives a reliable description of the processes that take place in high-energy particle...
The main goal of the projects is to study the phenomenon of neutrino oscillations which allow measuring unknown neutrino parameters: the neutrino mass ordering, leptonic CP violation (if CP is...
The report presented a number of studies performed for the Mu2e and T2K experiments. The Mu2e experiment at the Fermi National Laboratory will be aimed at searching for the neutrinoless...
Long-baseline accelerator experiments are a powerful and unique tool to search for oscillation parameters. Within Theme 1099 “Neutrino Oscillation Research”, DLNP actively prepares for participation...
The recording of the scientific and technical DLNP seminar "Medical Physics and Radiobiology" on applied studies with proton beams at the DLNP Phasotron held on March 2, 2023. At the seminar,...
A proposal is considered to use a beta-active source with a very high activity (tritium, 10MCi) to reduce the experimental limitation of the neutrino magnetic moment by at least an order of...
The MEG experiment performed with the world's most intense muon beam at the Paul Scherrer Institute (PSI) in Switzerland is aimed at searching for the muon decay μ+ → е+ γ forbidden by the Standard...
Joint Institute for Nuclear Research
