%0 Journal Article
%T 论核力是引力在微观距离上的表现<br>The Nuclear Force is the Manifestation of Gravitation at Microscopic Distances
%A 陈军利
%J Modern Physics
%P 113-124
%@ 2161-0924
%D 2023
%I Hans Publishing
%R 10.12677/MP.2023.135012
%X 本文通过对光子性质和原子核中核子(质子和中子的统称)性质的分析，认为光子是一种带有负电荷的微粒子(传播子)，原子核中的质子不会发出光子，质子之间不会产生电磁斥力；引力是核子之间交换引力子形成的，引力在原子核内的表现完全符合核力的要求，引力子传输形成的引力能量波和核子共振传输最大的能量，本文据此计算了核子在微观距离上传输的能量，说明核子之间交换引力子的能量完全可以覆盖核子之间的结合能，本文认为核力(核子之间的结合力)就是引力。<br />
In this paper, through the analysis of the nature of photons and the properties of nucleons (protons and neutrons) in the nucleus, it is believed that photons are a kind of negatively charged particles (propagators). Protons in the nucleus will not emit photons. Electromagnetic repulsion will be generated; gravitation is formed by the exchange of gravitations between nucleons, and the performance of gravitation in the nucleus fully meets the requirements of nuclear force. The gravitation energy waves formed by graviton transmission and the maximum energy transmitted by nuclear resonance are calculated in this paper. The energy transmitted by nucleons over a microscopic distance shows that the energy of gravitations exchanged between nucleons can completely cover the binding energy between nucleons. This paper believes that nuclear force (the binding force be-tween nucleons) is gravitation.
%K 核力，引力，电磁力，Nuclear Force
%K Gravitation
%K Electromagnetic Force
%U http://www.hanspub.org/journal/PaperInformation.aspx?PaperID=71648