论中微子暨胶子的结构和组成.docx

论中微子暨胶子的结构和组成摘要：本文所论证的中微子：是讨论和论证多对正、负电子同时相遇时，所结合产生的中性微小粒子我们知道一对正、负电子相遇后，就会产生一对γ光子，同时一对正、负电子和一对γ光子之间还产生振荡那么，再进一步，如果两对正、负电子；3对正、负电子；4对正、负电子；N对正、负电子同时相遇后；会是什么样子的呢，因为电子有正电荷，负电荷，而正、负电荷又会有自旋，包括正旋和反旋，同时，正、负电子还有各自的磁矩、相反的电荷等，那么，多对正、负电子同时相遇时，由于其相互作用和相互之间的干扰，就不会是简单的只产生N对γ光子的问题了啦，会产生一个在粒子和特殊光子团之间振荡的中微子（即中性微小粒子）这就是为什么中微子的静止质量很小，而动质量又非常大的原因 事实上，一对正、负电子和一对γ光子之间的振荡就是一个最为基本的中微子，即从只有静质量的正、负电子到只有动质量的γ光子，从有完全静质量到静质量为零之间不断相互振荡的中微子开始，随着正、负电子对越来越多，中微子的静质量越来越大，直到100%保持了正负电子的静质量为止，在这一个范围内的正、负电子的集群，都是中微子所以，理论上中微子有N个（N<100）。

其中以 （n=1、2、3、4）最为典型所以，从质量上分，物质共分为三大类：只有动质量，静质量为零的光子；在动质量与静质量之间不断振荡，表现为一部分静质量和动质量的中微子；具有完全静质量的粒子，包括原子分子等中微子的结构、组成、种类可能比想象的要复杂得多，本文主要就1对正、负电子形成一对γ光子并进行振荡的情况，及4对正、负电子，即8个正、负电子结合在一起与现有被检测到的中微子进行比较，进行一些基本规律性的研究本文是一篇理论推导性文章，从一对正、负电子与一对不断振荡的γ光子入手，进而研究N对正、负电子同时相遇后产生的振荡的规律和变化的问题，表现为一部分静质量和动质量，没有核心组成的特殊粒子，即中微子，以及中微子在其静质量和动质量之间的振荡关系和遵循的规律关键词：中微子，正、负电子，γ光子，自旋，磁矩Argumentation the neutrino and gluon structure and composition――Unified Field Theory OverviewChaoYanHefie University of Technology postgraduate student Postcode：241002ABSTRACT In this paper， neutrinos has been called： multiple pairs of positive and negative electrons at the same time met together， and combine to produce tiny particles of neutral. We knew that one pair of positive and negative electron met and combine to produce one pair of γ photon， simultaneously it was generating oscillation between one pair of positive and negative electron and one pair of γ photon also. Well then， further， what It will be happened？ If two pairs of positive and negative electron， three pairs of positive and negative electron， four pairs of positive and negative electron， N pairs of positive and negative electron…， these electrons and positrons meet together at the same time. Because electrons have a positive charge， negative charge， and a positive and negative charge and will spin， including a positive rotation and reverse rotation， meanwhile， the positive and negative electrons also have magnetic moment and respective opposite charge， etc. so then， multiple pairs of positive and negative electrons encounter the same time， because of their interaction and mutual interference between， it will not be easy for just N pairs of γ photons， it will produce a photons mass between the particle and the special group of neutrino oscillations （i.e. tiny neutral particles）. This is why the rest mass of the neutrino is very small， and moving mass of the neutrino is very large.In fact， oscillating between one pair of positive and negative electron and one pair ofγ photon is one of the most basic neutrino. That is， only the static quality of the positive and negative electron into only moving mass ofγ photons， from fully static quality becomes zero rest mass constantly oscillate of neutrinos beginning， with positive and negative electrons more and more， the rest mass of the neutrino is growing， until 100% maintained a positive and negative electron rest mass， in the cluster in this range positive and negative electrons are neutrino， therefore， theoretically， there are N neutrinos （ N<100）， wherein to （n=1、2、3、4） is most typical.So， from the quality of the material is divided into three categories： only dynamic quality， zero rest mass of the photon； between dynamic and static quality continues to oscillate quality， performance and dynamic part of the rest mass of the neutrino mass； particles have completely static quality， including atomic molecules.Neutrinos structure， composition， species may be much more complex than imagined. In this paper， mainly on one pair of positive and negative electron to form one pair ofγ photon and oscillate， and four pairs of positive and negative electrons， namely eight positive and negative electrons binding together with the lab has now been detected neutrinos comparison study some fundamental regularity.This article is a theoretical derivation of the article， from a pair of positive and negative electrons and a pair ofγ photons oscillate start， further study N pair of positive and negative electrons simultaneously meet at the same time， and the case law and changes to produce oscillations， performance as part of the static and dynamic quality， there is no central component of special particle that neutrinos. And neutrino oscillations between its static quality of the relationship and dynamic quality laws to follow.Key words： neutrinos， positive and negative electron， γ-ray， spin， Magnetic moment中图文分类法：O412-21.0物质组成的几个基本规律：（1）正、负电子的三个磁力线环旋转的相位分别相差120?，正、负电子相结合在一起时，两个电子的磁力线环相互啮合，磁力线环避免相互碰撞，因为磁力线环碰在一起时，就会产生磁力线重新分布，磁力线环就会遭到破坏。

2）正负电子相结合在一起时，相互啮合的两个磁力线环的磁力线方向必须为同向如果磁力线环反向，也会导致磁力线环遭到破坏3）正、负电子内三个磁力线环分为三层，从最内层绕Z轴旋转的磁力线环层、绕Y轴旋转的中间磁力线环层、最外面的绕X轴旋转的磁力线环层，使各层上的磁力线环避免相互交叉、碰撞4）磁力线环绕轴旋转时表现为静质量，同样，组成光子的电磁波在折射、反射、运动方向发生改变时，在拐点处都表现为静质量2.0一对正、负电子形成γ光子的条件一对正负电子相结合，由于正负电子的自旋、磁矩、分三层结构等等不相同就形成产生了多种结果：生成一个1.02MeV的γ子，生成2个各为0.511MeV的γ光子，生成3个0.34MeV的γ光子，一对正负电子形成电子极偶等诸多复杂的变化36 z- z z- z- z- z37 4 1 x- x 0- y2z 4 1 x- x- a70.。