“零自旋光子假说”发现了另一个重要的应用：可能解决QED的“无穷大问题”，而不需要重整化
`Zero-spin-photon hypothesis' finds another important application: Could possibly solve the `infinity-problem' of QED without the need of renormalization
摘要：
“零自旋光子假说”在较早的一篇论文[1]中指出：“由于热力学第二定律和自旋守恒的必然结果，在（基本粒子）成对产生过程中产生了”零自旋光子“，它衰变为中微子和反中微子”。零自旋光子假说解释了[1]物理学和宇宙的几个谜团。本文指出，将“零自旋光子假设”引入高阶Feynman图（有闭环），可能解决QED半个世纪以来著名的“无穷大问题”，从而避免所谓的“再归一化”过程。
英文摘要：
`Zero-spin-photon hypothesis' as proposed in an earlier paper [1] states that: `due to inevitable consequence of the second-law of thermodynamics and spin-conservation, the `zero-spin-photon' is generated in pair-production process (of elementary particles), which decays into neutrino and antineutrino'. The zero-spin photon hypothesis explains [1] several riddles of physics and universe. In the present paper, it is shown that `the zero-spin photon hypothesis' when incorporated into the higer-order Feynman diagram (with a closed-loop) could possibly solve the half-a-century-old and famous `infinity-problem' of QED, and thus could avoid the need of the so called `re-normalization' procedure.
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。
