自然杂志 ›› 2014, Vol. 36 ›› Issue (3): 157-164.

• 特约专稿 •    下一篇

统一场论源流及新版本

沈致远   

  • 出版日期:2014-06-25 发布日期:2014-06-25

The history and a new version of unified field theory

Zhi-Yuan Shen   

  • Online:2014-06-25 Published:2014-06-25

摘要: 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 Particle Physicsand 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。

关键词: 统一场论, SQS理论, 粒子物理, 宇宙学

Abstract: This essay provides a brief description of the history and a new version of unified field theory. It starts from ancient Greek and Chinese philosophers’inspirations and goes down to the modern era. After completion of general relativity, Einstein spent rest of his life search for unified field theory without success. Since 1970s, a new generation of physicists involved. The spring theory is based on quantum theory and multidimensional space. The loop theory is based on general relativity with background independence. After thousands of talented physicists and mathematicians forty some years of extensive effort, the unified field theory is still far of reach. Now is the time for a second thought. The author spent eight years to develop a unified field theory entitled “A New Version of Unified Field Theory—Stochastic Quantum Space Theory on Particle Physics and Cosmology” published in Journal of Modern Physics, 2013, Vol. 4, No. 10, pp. 1213-1380. The Stochastic Quantum Space (SQS) theory based on simple postulations builds a framework with dozens of theoretical results agreed with experiments well. It has 25 predictions for verifications. SQS theory provided the basic equations for unified field theory, which are based on general relativity Einstein’s equation for vacuum and redefined the gauge tensor by multiplying Gaussian probability. The preliminary analysis for photon and electron shows reasonable agreement with experiments.