MEPhI Will Host an International Meeting on Methods of Analysis and Data Processing in FAIR and NICA Experiments
26.11.2021

November 29 - December 1, MEPhI will host the Third international meeting on methods of analysis and data processing in experiments at FAIR and NICA - FANI 2021 accelerating complexes of the mega-science class. Participants of the event will discuss studies of fluctuations and correlations and modern methods of their measurement in experiments on the nucleus -nuclear collisions, as well as the application of machine learning methods in these experiments.

About 100 scientists from Bulgaria, Germany, Egypt, Israel, India, Italy, China, Mexico, Poland, Russia, Slovakia, USA, Ukraine, Czech Republic and Japan will attend the meeting, including representatives of eight international collaborations: BM @ N (NICA), MPD (NICA), CBM (FAIR), HADES (GSI), NA61 / SHINE (CERN), PHENIX (BNL), STAR (BNL) and ALICE (LHC).

The unique meeting will bring together scientists engaged in the analysis of real data from megascience experiments on the study of nucleus-nuclear collisions and the preparation of new experiments - BM @ N and MPD at the Nuclotron-NICA accelerator complex (JINR, Dubna) and CBM at the SIS-100 accelerator complex (FAIR, Mr. Darshtadt), which will be operational in the next few years.

The main scientific task of the megascience projects NICA (Russia) and FAIR (Germany) is to study the phase diagram of highly compressed baryonic matter in laboratory conditions. In nature, such matter is formed only in the merger of neutron stars or as a result of a supernova explosion.

The international meeting was organized by the MEPhI international group for the study of nucleus-nuclear collisions. The event will be held online on the ZOOM platform. The language of the meeting is English. Detailed information is available on the website: http://indico.oris.mephi.ru/event/221.

Registration on the website is required to participate.

Proceedings of the meeting are planned for publication in the journal Particles https://www.mdpi.com/journal/particles/special_issues/physics_performance.