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Glimpses of the Octonions and Quaternions History and Today's Applications in Quantum Physics

机译:八元和四元数历史的一瞥以及当今在量子物理学中的应用

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Before we dive in this essay into the accessibility stream of nowadays indicatory applications of octonions and quaternions to computer and other sciences and to quantum physics (see for example [50-53],[41],[33]) and to Clifford algebras (see for example [17,16],18) let us focus for a while on the crucially relevant events for today's revival on interest to nonassociativities while the role of associative quaternions in eight periodicity constructive classification of associative Clifford algebras is now a text-book knowledge.Our reflections keep wandering back to the Brahmagupta- Fibonacci Two-Square Identity and then via the Euler Four-Square Identity up to the Degen-Graves-Cayley Eight-Square Identity.These glimpses of history incline and invite us to re-tell the story on how about one month after quaternions have been carved on the Brougham bridge octonions were discovered by John Thomas Graves (1806-1870),jurist and mathematician - a friend of William Rowan Hamilton (1805-1865).As for today we just mention en passant quaternionic and octonionic quantum mechanics,generalization of Cauchy-Riemann equations for octonions and Triality Principle and G2 group in spinor language in a descriptive way in order not to daunt non-specialists.Relation to finite geometries is recalled and the links to the 7Stones of seven sphere,seven "imaginary" octonions' units in out of the Plato's Cave Reality applications are appointed.This way we are welcome back to primary ideas of Heisenberg,Wheeler and other distinguished founders of quantum mechanics and quantum gravity foundations.
机译:在我们开始本文之前,我们深入研究八进制和四元数在计算机和其他科学以及量子物理学(例如,参见[50-53],[41],[33])和Clifford代数(参见例如[17,16],18),让我们将注意力集中在当今对非协会性的兴趣复兴的至关重要的事件上,而关联四元数在八个周期克利福德代数的构造性分类中的作用现在是一本教科书。我们的思考不断徘徊于Brahmagupta-Fibonacci两方身份,然后通过欧拉四方身份直到Degen-Graves-Cayley八方身份。这些历史的影子倾向于并邀请我们重新讲述关于约翰·托马斯·格雷夫斯(John Thomas Graves,1806-1870年),法学家和数学家-威廉·罗恩·汉密尔顿(William Rowan Hamilton)(1805-1865)的朋友,发现了在布劳姆大桥上四元数刻后大约一个月的故事。今天我们只提到过四元和八元的量子力学,对四元和三元性原理的Cauchy-Riemann方程和三元性原理以及G2群的描述以广义的方式表达,以免使非专业人士望而却步。并指定了与七个球体的7Stones的链接,从而指定了柏拉图的Cave Reality应用程序中的七个“虚构”八重音单元。这样,我们欢迎回到Heisenberg,Wheeler以及其他量子力学和量子创始人的基本思想重力基础。

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