在宏观尺度上,时空对称使粒子的宇宙与反粒子的宇宙相同,而粒子在微观尺度上,电荷对称使原子与反原子相同

P. Debnath
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引用次数: 0

摘要

每个粒子都有一个对应物——一个反粒子。当任何数量的反粒子与一个粒子接触时,它会自我湮灭并在一瞬间产生能量。时空对称使得粒子的宇宙与反粒子的宇宙完全相同。在宏观尺度上,这两个宇宙对似乎是相同的。在微观尺度上,电荷对称使得原子和反原子相等。对于宇宙和原子对来说,只有观察者依赖的实在性存在。一个由粒子组成的观察者将看到与反粒子组成的观察者完全相反的东西——观察者对将看到完全相反的现实,使现实相对。在这一章中,我将讨论宏观尺度上的时空对称性和微观尺度上的电荷对称性。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
On a Macroscopic Scale, Space–Time Symmetry makes Particle's Universe the Same as Anti– Particle’s Universe, Whereas Particles on a Microscopic Scale, Charge Symmetry Makes Atom and Anti–Atom the Same
Every particle has a counterpart - an anti-particle. When any amount of anti-particle comes into contact with a particle, it will annihilate itself and produce energy in a flash. The space-time symmetry is what makes a particle's Universe exactly the same as anti – particle’s Universe. On a macroscopic scale, both Universe pairs appear to be same. On a microscopic scale, the charge symmetry is what makes an atom and its anti-atom equal. Only observer dependent realism exists for the Universe and Atom pairs. An observer made of particle will view the exact opposite of an observer built of anti-particle – the observer pair will view the exact opposite reality, rendering reality relative. In this chapter, I'll talk about space-time symmetry on a macroscopic scale and charge symmetry on a microscopic scale.
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