论文标题

LHC的CMS HI物理运行3+4及以后

CMS HI Physics at LHC Runs 3+4 and Beyond

论文作者

Krintiras, Georgios K., Leiton, Andre G. Stahl

论文摘要

LHC的重离子(HI)计划已被证明是LHC物理计划的成功且不可或缺的一部分。它的主要目的是在铅铅碰撞中对Quark-Gluon等离子体(QGP)的详细表征。该程序使用质子铅,质子质子和Xenon-Xenon碰撞的其他数据集,还包括许多进步,例如在理解党核结构,较小的碰撞系统中的集体性以及电磁相互作用中。这本感兴趣的信概述了CMS重离子群体的观点,该观点涉及未来十年使用超级层次的HI光束的科学案例,以无与伦比的精度表征QGP并探测新颖的基本物理现象。更具体地说,它概述了可以与CMS解决的领域中的空旷问题,并旨在通过建立最近结束的雪地2022练习,这是欧洲粒子物理策略提供的投入,并提出了拟议的持续和扩展美国长期核能物理学计划的持续和扩展。

The heavy ion (HI) program at the LHC has proven to be a successful and indispensable part of the LHC physics program. Its chief aim had been the detailed characterization of the quark-gluon plasma (QGP) in lead-lead collisions. Using additional data sets of proton-lead, proton-proton, and xenon-xenon collisions, the program has also included many advances, for example, in the understanding of the partonic nuclear structure, collectivity in smaller collision systems, and electromagnetic interactions. This Letter of Interest outlines the CMS Heavy Ion Group point of view regarding the scientific case for the use of ultrarelativistic HI beams in the coming decade to characterize QGP with unparalleled precision and to probe novel fundamental physics phenomena. More specifically, it outlines the open questions in the field which can be addressed with CMS, and aims to promote engagement from the US community and its international partners by building upon the recently concluded Snowmass 2022 exercise, the input provided to the European Strategy for Particle Physics, and proposed continuations and extensions of the last version of the US Long-Range Plan for Nuclear Physics.

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