The RHIC SPIN Program: Achievements and Future Opportunities
The RHIC SPIN Program: Achievements and Future Opportunities
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2013-03
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通讯作者：
E. Aschenauer;A. Bazilevsky;M. Diehl;J. Drachenberg;K. O. Eyser;R. Fatémi;C. Gagliardi;Zhong-Shu Kang;Y. Kovchegov;J. Lajoie;Jeong-Hun Lee;E. Nocera;D. Pitonyak;A. Prokudin;R. Sassot;R. Seidl;E. Sichtermann;M. Sievert;B. Surrow;M. Stratmann;W. Vogelsang;A. Vossen;S. Wissink;F. Yuan
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作者：
E. Aschenauer;A. Bazilevsky;M. Diehl;J. Drachenberg;K. O. Eyser;R. Fatémi;C. Gagliardi;Zhong-Shu Kang;Y. Kovchegov;J. Lajoie;Jeong-Hun Lee;E. Nocera;D. Pitonyak;A. Prokudin;R. Sassot;R. Seidl;E. Sichtermann;M. Sievert;B. Surrow;M. Stratmann;W. Vogelsang;A. Vossen;S. Wissink;F. Yuan
作者：Aschenauer， Elke-Caroline；Bazilevsky,亚历山大;发,马库斯;Drachenberg,詹姆斯;谢尔·奥列格；法特米,蕾妮;Gagliardi卡尔;Kang Zhongbo;尤里·科夫切戈夫；Lajoie,约翰;李,Jeong-Hun;Nocera Emanuele-R;丹尼尔Pitonyak;Prokudin阿列克谢•;Sassot Rodolfo;拉尔夫Seidl;恩斯特Sichtermann;西韦特,马特;悲伤,贝恩德•;Stratmann,马可·;Vogelsang,沃纳;Vossen安塞姆;斯科特·W·威辛克；摘要：自旋一直是基础物理探索中的一个关键因素。自旋相关的观测结果经常揭示了假设理论框架中的缺陷，并导致了新的发展和概念。自旋在许多违反宇称的实验中被利用来寻找标准模型之外的物理或研究核子-核子力的本质。RHIC自旋程序在这个宏伟的计划中扮演着特殊的角色：它使用自旋来研究像质子这样的复杂多体系统是如何从量子cd动力学中产生的。迄今为止，RHIC自旋的许多令人兴奋的结果已经出现，其中大多数是在2007年长期计划之后运行的RHIC。在本文档中，我们介绍了迄今为止RHIC计划的亮点，并为未来RHIC运行可能取得的重大进展制定了路线图。
Author(s): Aschenauer, Elke-Caroline; Bazilevsky, Alexander; Diehl, Markus; Drachenberg, James; Eyser, Kjeld Oleg; Fatemi, Renee; Gagliardi, Carl; Kang, Zhongbo; Kovchegov, Yuri V; Lajoie, John; Lee, Jeong-Hun; Nocera, Emanuele-R; Pitonyak, Daniel; Prokudin, Alexei; Sassot, Rodolfo; Seidl, Ralf; Sichtermann, Ernst; Sievert, Matt; Surrow, Bernd; Stratmann, Marco; Vogelsang, Werner; Vossen, Anselm; Wissink, Scott W; Yuan, Feng | Abstract: Time and again, spin has been a key element in the exploration of fundamental physics. Spin-dependent observables have often revealed deficits in the assumed theoretical framework and have led to novel developments and concepts. Spin is exploited in many parity-violating experiments searching for physics beyond the Standard Model or studying the nature of nucleon-nucleon forces. The RHIC spin program plays a special role in this grand scheme: it uses spin to study how a complex many-body system such as the proton arises from the dynamics of QCD. Many exciting results from RHIC spin have emerged to date, most of them from RHIC running after the 2007 Long Range Plan. In this document we present highlights from the RHIC program to date and lay out the roadmap for the significant advances that are possible with future RHIC running.