Month: Marzec 2024

SEMINARIUM FIZYKI WIELKICH ENERGII

Dnia 22 marca (piątek) o godzinie 10:15, w sali B2.38 odbędzie się seminarium, na którym zostanie wygłoszony referat pt.:

„Exotic searches with the CMS detector at the CERN LHC”

Referuje: dr Małgorzata Kazana (NCBJ)

LHC scientists extend searches for new particles using advanced techniques and exploring exotic signatures. The report on results obtained by the CMS experiment with LHC Run-2 (mainly) and Run-3 data will be given.

Serdecznie zapraszamy

dr hab. Katarzyna Grzelak
prof. dr hab. Aleksander Filip Żarnecki

SEMINARIUM FIZYKI WIELKICH ENERGII

Dnia 15 marca (piątek) o godzinie 10:15, w sali B2.38 odbędzie się seminarium, na którym zostanie wygłoszony referat pt.:

„Quantum Information at Colliders”

Referuje: dr hab. Kazuki Sakurai, prof. UW (IFT UW)

Quantities and concepts in quantum information theory (QIT), such as entropy and Bell-nonlocality, play an important role in the development of quantum technologies as well as in deepening our understanding of quantum field theory and gravity.  Recently, an effort to observe QIT quantities at the LHC and future colliders has been started and attracted attention.  In this talk, after briefly reviewing the recent progress on this topic, I will present my recent works based on 2211.10513 and 2310.01477.  The first part is a study of observing the spin-entanglement of two tau-leptons produced from the Higgs decay.  The second part concerns entanglement among three particles in 3-body particle decays.

Serdecznie zapraszamy

dr hab. Katarzyna Grzelak
prof. dr hab. Aleksander Filip Żarnecki

SEMINARIUM FIZYKI WIELKICH ENERGII

Dnia 8 marca (piątek) o godzinie 10:15, w sali B2.38 odbędzie się seminarium, na którym zostanie wygłoszony referat pt.:

„Pacific Ocean Neutrino Experiment (P-ONE)”

Referuje:  dr hab. Paweł Małecki (IFJ PAN)

The neutrino astronomy is a new but already well-established branch of physics under a rapid development in the recent years and fitting well into the concept of multi-messenger astronomy. The studies of astrophysical very-high-energy neutrinos are carried out by large-scale next-generation neutrino telescopes, located in different regions of the world and including the IceCube, Baikal-GVD and KM3NeT detectors currently in operation. The Pacific Ocean Neutrino Experiment

(P-ONE) is currently under construction in the Pacific Ocean, 600 km west from Vancouver at depth of 2.6 km and will cover over 3 cubic-km of active volume, being sensitive to neutrinos with energies between 100 TeV and 10 PeV. Its first regular measurement line will be deployed by the end of 2025, followed by subsequent lines shortly after. This talk reviews the design and working principles of the P-ONE detector, existing results and perspectives.

Serdecznie zapraszamy

dr hab. Katarzyna Grzelak
prof. dr hab. Aleksander Filip Żarnecki