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Hadrons in nuclei: Experiments and perspectives

机译:原子核中的强子:实验和观点

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摘要

The question of the origin of hadron masses is one major issue in the understanding of the strong interaction. The challenge is addressed by searching for indications of in-medium modifications of hadron properties and studying hadrons in nuclei. The quest driving in-medium studies is to understand the origin of hadron masses in the context of spontaneous chiral symmetry breaking. The experimental status of the modification of hadron properties in the nuclear medium is discussed including experiments using hadron, heavy-ion, and photon beams. Particular emphasis is put on the production of light mesons from nuclei. A number of experimental programs is underway to provide a detailed comparison of properties of free hadrons and hadrons embedded in nuclei. The existing experimental efforts are discussed and possibilities are introduced for the new WASA-at-COSY facility, initially focussed on investigations of symmetries and symmetry breaking, to contribute to the field.
机译:强子质量的起源问题是理解强相互作用的一个主要问题。通过寻找中等强度的强子性质修饰的迹象并研究原子核中的强子,可以解决这一挑战。推动中型研究的目的是在自发手性对称性断裂的背景下了解强子质量的起源。讨论了在核介质中改变强子特性的实验状态,包括使用强子,重离子和光子束的实验。特别强调从核产生轻介子。许多实验程序正在进行中,以提供自由强子和嵌入原子核的强子的特性的详细比较。讨论了现有的实验工作,并为新型WASA-at-COSY设备引入了可能性,该设备最初侧重于对称性和对称性破坏的研究,为该领域做出了贡献。

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