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MPD physics performance studies in Bi+Bi collisions at √sNN = 9.2 GeV

TheMulti-Purpose Detector (MPD) is one of the three experiments of the Nuclotron Ion Collider-fAcility (NICA) complex, which is currently under construction at the Joint Institute for Nuclear Research in Dubna. With collisions of heavy ions in the collider mode, the MPD will cover the energy range √sNN = 4 − 11 GeV to scan the high baryon-density region of the QCD phase diagram. With expected statistics of 50–100 million events collected during the first run, MPD will be able to study a number of observables, including measurements of light hadrons and (hyper)nuclei production, particle flow, correlations and fluctuations, have a first look at dielectron production, and modification of vector-meson properties in dense matter. In this paper, we present selected results of the physics feasibility studies for theMPD experiment in Bi+Bi collisions at √sNN = 9.2 GeV, the system considered as one of the first available at the NICA collider.

Sociedad Mexicana de Fisica A C

R. 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Ligdenova Aliaksandr Litomin Elena Litvinenko Dong Liu Victor Lobanov Yuri Lobanov Sergey Lobastov Igor Lokhtin Juris Lukstins Daria Larionova Andrey Lobanov Pengzhong Lu Israel Luna Xiaofeng Luo Yugang Ma Dmitry Madigozhin Alexander Makarov Vera Maksimenkova Alexander Malakhov Mikhail Malayev Ivonne Alicia Maldonado Cervantes Victor Maleev Ivan Malikov Nikolay Maltsev Mikhail Mamaev Nikodim Makarov Maksim Maksimov Maxim Martemianov Pablo Martínez-Torres Mikhail Matsyuk Maryia Miadzvedzeva Dmitry Melikov Denis Melnikov Mikhail Merkin Sergey Mertz Igor Meshkov Vladimir Mialkovski Irina Migulina Konstantin Mikhaylov Genady Milnov Jovan Milosevic Yuri Minaev Sergey Mituxin Gleb Mescheriakov Natalya Molokanova Sergey Morozov Andrey Moshkin Sergey Movchan Alexander Moybenko Konstantin Mukhin Yuri Murin Sultan Musin Genis Musulmanbekov Valery Mytsin Egor Muravkin Laslo Nadderd Roman Nagdasev Yuri Naryshkin Andrey Nechaevskiy Vladimiк Nikitin Vladislav Novoselov Irina Olexs Alexander Olshevski Oleg Orlov Vladimir Papoyan Petr Parfenov Stanislav Pargicky Miguel Enrique Patiño Svetlana Patronova Valery Pavlyukevich Igor Pelevanyuk Vladimir Penkin Dmitri Peresunko Dmitry Peshekhonov Vladimir Petrov Vitaliy Petrov Alexander Piliar Arpine Piloyan Semen Piyadin Maria Platonova Dmitry Podgainy Marina Pokidova Vladimir Popov Denis Potapov Daria Prokhorova Nikita Prokofiev Daria Pryahina Igor Pshenichnov Andrey Puchkov Nelli Pukhaeva Artem Pyatigor Jiajun Qin Fedor Ratnikov Alfredo Raya Vladimir Rekovic Mauricio Reyes Solne Reyes Peña Andrei Riabov Sudhir Pandurang Rode Alejandro Rodríguez Álvarez Oleg Rogachevsky Victor Rogov Vladimir Rudnev Igor Rufanov Mikhail Rumyantsev Ivanton Rudziankou Yury Rusak Alexander Rybakov Zeradin Sadygov Ulises Sáenz Viatcheslav Samsonov Andrey Savenkov Savva Savenkov Sergey Sedykh Tatyana Semchukova Andrei Semenov Roman Semenov Irina Semenova Valery Serdyuk Sergey Sergeev Abay Serikkanov Evgeny Serochkin Yulia Shafarevich Dmitry Shapaev Olga Shaposhnikova Lydia Shcheglova Mariana Filipova Shopova Denis Shchegolev Andrey Shchipunov Yifan Shen Aleksey Sheremetiev Anastasia Sheremetieva Shusu Shi Mikhail Shitenkov Yahor Shmanay Sergei Shmatov Ilya Shmyrev Alexander Shunko Alexey Shutov Vitaly Shutov Anatoly Sidorin Svetlana Simak Ilya Slepnev Vyacheslav Slepnev Ivan Slepov Ivan Smelyansky Alexandre Snigirev Olga Sobol Anatoly Solomin Alexander Sorin Gleb Stiforov Larisa Stolypina Ekaterina Streletskaya Oksana Streltsova Mikhail Strikhanov Tatyana Strizh Alexander Strizhak Xiangming Sun Dilyana Suvarieva Alexander Svetlichnyi Zebo Tang Maria Elena Tejeda-Yeomans Arkadiy Taranenko Vladimir Tchekhovski Dmitriy Tereshin Andrey Terletskiy Oleg Teryaev Vladimir Tikhomirov Alexander Timoshenko Galileo Tinoco Vyacheslav Toneev Nikolai Topilin Tatiana Tretyakova Vladimir Trofimov Valery Troshin Grigory Trubnikov Anton Trutse Ekaterina Tsapulina Itzhak Tserruya Igor Tyapkin Svetlana Udovenko Vladimir Uzhinsky Martin Vala Farhat Valiev Veronika Vasendina Alexander Vasilyev Vladimir Vechernin Valyo Velichkov Stepan Vereschagin Alexander Vodopyanov Kristina Vokhmyanina Vadim Volkov Aleksey Voronin Alexey Vorontsov Vadim Voronyuk Janka Vrlakova Jian-Song Wang Xiaodong Wang Yi Wang Yonghong Wang Yulin Wang Yaping Wang Kejun Wu Le Xiao Min Xiao Guannan Xie Chi Yang Haibo Yang Zilin Yuan Vladimir Yurevich Semyon Yurchenko Evgeny Zabrodin Georgy Zalite Nikolay Zamyatin Sergei Zaporojez Andrey Zarochentsev Wangmei Zha Mikhail Zhalov Honglin Zhang Yapeng Zhang Zhi Zhang Cheng Xin Zhao Irina Zhavoronkova Vladimir Zherebchevsky Wei Zhou Xianglei Zhu Xiangrong Zhu Alexander Zinchenko Dmitriy Zinchenko Vladislav Zruyev Maxim Zuev Ilya Zur Agniia Zviaygina

Revista Mexicana de Física

2025

Title: MPD physics performance studies in Bi+Bi collisions at √sNN = 9.2 GeV

Description:

With collisions of heavy ions in the collider mode, the MPD will cover the energy range √sNN = 4 − 11 GeV to scan the high baryon-density region of the QCD phase diagram.

With expected statistics of 50–100 million events collected during the first run, MPD will be able to study a number of observables, including measurements of light hadrons and (hyper)nuclei production, particle flow, correlations and fluctuations, have a first look at dielectron production, and modification of vector-meson properties in dense matter.

In this paper, we present selected results of the physics feasibility studies for theMPD experiment in Bi+Bi collisions at √sNN = 9.

2 GeV, the system considered as one of the first available at the NICA collider.

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MPD physics performance studies in Bi+Bi collisions at √sNN = 9.2 GeV

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