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Putting qed after that sentence was their way of saying, and that's what i was trying to prove, so there, i've proved it 全局对称性（Global Symmetry）与规范对称性（Gauge Symmetry）的区别 全局对称性和规范对称性是物理学中描述对称性的两种基本类型，它们在数学结构、物理意义和实验表现上存在根本性差异。以下是它们的核心区别： 1. 定义与数学结构 We aren't so strict about proofs anymore, but as a practical matter it's very useful to have a definitive mark that indicates the proof is over.
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量子电动力学（QED，Quantum Electrodynamics） 是描述电磁相互作用的理论，可以说是目前为止最为精确的理论了。 在量子力学提出之后（主要标志为1926年薛定谔提出薛定谔方程），狄拉克紧接着于1927年提出了狄拉克方程用于描述电子与光子的相互作用。 众所周知 Q.E.D. 是quite easily done的缩写 挥挥洒洒地终结证明，不经意间注记quite easily done，大佬的高考，往往就是这么朴实无华，且枯燥 而阅卷老师只会在佩服之余，点下满分按钮 As you know “qed” means “quod erat demonstrandum”, that is “what was to be shown”
It makes proofs more readable
Modern textbooks often conclude proofs with “which concludes the proof” or “which proves the assertion” or something It’s the same thing, “qed” and the square are just convenient shorthands. (also written qed and qed) is an initialism of the latin phrase quod erat demonstrandum, meaning what was to be demonstrated, or, less formally, thus it has been demonstrated. 量子电动力学（QED）存在缺陷吗？ QED被认为是物理学中最成功的理论，其理论预测与实验数据高度符合。 既然如此，为什么一些电磁现象至今也没有好的理论解释？ 比如石墨烯的超导问题。 是这些电磁… 显示全部 关注者 3 被浏览
其实吧，写英语并不一定比中文快多少。不过呢掌握一些基本的术语至少有有利于读书，我记得好像一前见过一本专门介绍这种术语的书，但是忘记名字了。列一些我知道的比较常见的拉丁语： a priori 先验的 以及与之相对的： a posteriori 后验的 a fortiori 这个不算数学术语吧，大概的意思是with the. 这导致电子在吸收光子被加速的同时也会出现发射光子被减速的过程，那么这个时候，我们将预期电子既不会加速e 也不会被减速，能量转移量为零，即 \Delta E_ {QED}=0 。 天啊，这怎么回事儿？ ！ 经典电子加速可以，量子波包加速也可以，但是QED加速就不可以了. 0 i had always used qed (quod erat demonstrandum) at the end of a proof until i was introduced to using halmos' symbol
