The positive charge ((?)), negative charge and ((?)) and the smallest mass carrier (me° ) are basic particles which exist anywhere at the beginning of the universe. These basic particles could formed electric cha...The positive charge ((?)), negative charge and ((?)) and the smallest mass carrier (me° ) are basic particles which exist anywhere at the beginning of the universe. These basic particles could formed electric charge body-positron (e+) and negative electron (e ) or ξ+ and ξ- , through they attached on a larger mass carriers (ξ°). By our calculation, as the distance between a positive electron and a negative electron approach to re = 2.8fm , their value of charge interaction energy each other may not increase until its value equals to the electromagnetic energy. According to the golden section principle of the natural world, we can conclude that particle π and μ are clusters of four and three micro-quarks respectively. A micro-quark contains a ξ+(34me°) and a ξ- (34me°) respectively. At this circumstances, the value of Echarge strong action energy /Eelectric charge action energy could reached 45-60; As to nuclei, the value could reached more than 102. Thus, the strong forces is a super short distance of charge action forces between multi half microquarks. Through studying the masses of quark, baryon, mesotron and their spin quantum, we could conclude that quark, baryon, mesotron are made of q , π, μ. The spin quanta of baryon and /or mesotron are determined by the ratio of their masses to the mass of micro-quark. Our calculations show that the strong acting force/ electromagnetic acting force/weak acting force/gravitation=1:10-2:10-5:10-39. Then derive nearly zero static mass weight of four kinds of particles: gluon, photon, weak neutrino, graviton. Thus based on micro-quark concept, to unify the four kinds of interactions are feasible.展开更多
统一场论通称万物之理,自古以来成为人类对大自然奥秘的不懈追求。本文对从老子及古希腊先哲之启迪直至现代统一场论作一综述。爱因斯坦是统一场论创始者,不幸以失败告终。20世纪70年代后,物理学家在新的基础上探索统一场论。基于多维...统一场论通称万物之理,自古以来成为人类对大自然奥秘的不懈追求。本文对从老子及古希腊先哲之启迪直至现代统一场论作一综述。爱因斯坦是统一场论创始者,不幸以失败告终。20世纪70年代后,物理学家在新的基础上探索统一场论。基于多维空间的弦论从量子论出发,背景独立的圈论从广义相对论出发,经过数千位物理学家和数学家四十多年孜孜以求,目标仍遥不可及,是进行反思的时候了。本文作者经八年研究,提出统一场论新版本。论文题为《A New Version of Unified Field Theory—Stochastic Quantum Space Theory on Paricle Physics and Cosmology》(统一场论新版本——随机量子空间理论关于粒子物理及宇宙学),论文经过同行评审,发表在《Journal of Modern Physics》,2013年,第4卷第10期,页码:1213-1380。随机量子空间(SQS)理论基于简单基本假设建立起理论框架,得出几十个与实验符合的理论结果,并提出25项预测以供实验检验。在此基础上,从广义相对论真空方程出发,重新定义其度规张量将之乘以高斯几率分布,SQS理论建立起基本方程,对光子和电子的初步分析结果与实验符合。展开更多
文摘The positive charge ((?)), negative charge and ((?)) and the smallest mass carrier (me° ) are basic particles which exist anywhere at the beginning of the universe. These basic particles could formed electric charge body-positron (e+) and negative electron (e ) or ξ+ and ξ- , through they attached on a larger mass carriers (ξ°). By our calculation, as the distance between a positive electron and a negative electron approach to re = 2.8fm , their value of charge interaction energy each other may not increase until its value equals to the electromagnetic energy. According to the golden section principle of the natural world, we can conclude that particle π and μ are clusters of four and three micro-quarks respectively. A micro-quark contains a ξ+(34me°) and a ξ- (34me°) respectively. At this circumstances, the value of Echarge strong action energy /Eelectric charge action energy could reached 45-60; As to nuclei, the value could reached more than 102. Thus, the strong forces is a super short distance of charge action forces between multi half microquarks. Through studying the masses of quark, baryon, mesotron and their spin quantum, we could conclude that quark, baryon, mesotron are made of q , π, μ. The spin quanta of baryon and /or mesotron are determined by the ratio of their masses to the mass of micro-quark. Our calculations show that the strong acting force/ electromagnetic acting force/weak acting force/gravitation=1:10-2:10-5:10-39. Then derive nearly zero static mass weight of four kinds of particles: gluon, photon, weak neutrino, graviton. Thus based on micro-quark concept, to unify the four kinds of interactions are feasible.
文摘统一场论通称万物之理,自古以来成为人类对大自然奥秘的不懈追求。本文对从老子及古希腊先哲之启迪直至现代统一场论作一综述。爱因斯坦是统一场论创始者,不幸以失败告终。20世纪70年代后,物理学家在新的基础上探索统一场论。基于多维空间的弦论从量子论出发,背景独立的圈论从广义相对论出发,经过数千位物理学家和数学家四十多年孜孜以求,目标仍遥不可及,是进行反思的时候了。本文作者经八年研究,提出统一场论新版本。论文题为《A New Version of Unified Field Theory—Stochastic Quantum Space Theory on Paricle Physics and Cosmology》(统一场论新版本——随机量子空间理论关于粒子物理及宇宙学),论文经过同行评审,发表在《Journal of Modern Physics》,2013年,第4卷第10期,页码:1213-1380。随机量子空间(SQS)理论基于简单基本假设建立起理论框架,得出几十个与实验符合的理论结果,并提出25项预测以供实验检验。在此基础上,从广义相对论真空方程出发,重新定义其度规张量将之乘以高斯几率分布,SQS理论建立起基本方程,对光子和电子的初步分析结果与实验符合。
