从泡利原理到超核、中子星和经济物理学
From Pauli Principle to Hypernucleus, Neutron Star, and Econophysics
摘要：
不相容原理由沃尔夫冈·泡利在80多年前提出，已经被证明具有深远的影响，从飞秒世界到宏观，超密度和完全相对论性物理。从这一原则出发，我们讨论了两个有趣的研究课题，目前已引起相当大的关注，在核和天体物理学界;超核和中子星物理。特别注意的电磁生产的超曲子和中微子的电磁性质的后果在致密的物质。我们还触及了新的舞台，这也可能是迷人的物理学家;经济物理学。
英文摘要：
Proposed by Wolfgang Pauli more than 80 years ago, the exclusion principle has been proven to have a far-reaching consequence, from femtoscopic world to macroscopic, super-dense, and fully relativistic physics. Starting from this principle, we discuss two interesting research topics, which have currently drawn considerable attention in the nuclear- and astrophysics communities; the hypernuclear and neutron star physics. Special attention is given to the electromagnetic production of the hypertriton and the consequences of the neutrino electromagnetic properties in dense matter. We also touch on the new arena which could also be fascinating for physicists; the econophysics.
机构、总结、中文摘要均由AI分析而来，可能存在错误，请以论文正文为准。
