Метод повышения эффективности регистрации минимально ионизирующих частиц быстрым детектором на микроканальных пластинах

• Григорий Феофилов (Санкт-Петербургский государственный университет)
• Фархат Валиев (Санкт-Петербургский государственный университет)

Room: 424

Cравнительный анализ средней поперечной энергии частиц с различным содержанием странных кварков , образующихся в ядро-ядерных столкноениях в диапазоне √SNN от 39 ГэВ до 2.76 ТэВ

• Александра Марова
• Olga Shaposhnikova
• Григорий Феофилов (Санкт-Петербургский государственный университет)

Room: 424

Predictions in modified Glauber model of scaling with Npart for total charged-particle yields in 16O +16O and 20Ne+20Ne collisions at LHC

• Григорий Феофилов (Санкт-Петербургский государственный университет)
• Svetlana Simak (Saint-Petersburg State University)

Room: 424

Event-by-event definition of Npart in A+A collisions and net-proton high-order cumulants at NICA energies

• Григорий Феофилов (Санкт-Петербургский государственный университет)

Room: 424

Accuracy of impact parameter determination in the event of A+A collision using deep reconstruction neural network

• Кирилл Галактионов (Санкт-Петербургский государственный университет)

Room: 424

Holographic equation of state matched with hadron gas EoS as a tool for the study of the QGP evolution

• Vladimir Kovalenko (Saint Petersburg State University)
• Антон Ануфриев (Санкт-Петербургский государственный университет)

Room: 424

Modern silicon and scintillation detector systems for the experiments at the NICA collider

• Vladimir Zherebchevsky (Санкт-Петербургский государственный университет)

Room: 424

Multiplicity dependent transverse momentum distributions of hadrons of different species in the extended multipomeron exchange model

• Vladimir Kovalenko (Saint Petersburg State University)

Room: 424

Two-particle rapidity correlations in strongly intensive quantities within string model

• Евгений Андронов (Санкт-Петербургский государственный университет)

Room: 424 Studies of the phase diagram of strongly interacting matter created in nuclear collisions are typically carried out using event-by-event fluctuations. The strongly intensive quantities form a family of promising observables that are free from trivial volume fluctuations. In the case of multiplicity fluctuations over separate rapidity intervals, the behavior of the corresponding strongly intensive quantity is analyzed using the color string approach. At short distances, it is mostly sensitive to the details of two-particle correlations due to string fragmentation. Conversely, long-range effects are dictated by collective interactions between strings. In this report we model these two phenomena by the simulated annealing algorithm and string fusion. We present how interplay between short-range and long-range correlations breaks the property of strong intensity. The author acknowledges Saint-Petersburg State University for a research project 103821868.