关于量子化时空的一个启发性观点
首发时间:2020-06-28
摘要:爱因斯坦的相对论彻底革新当代物理学的时空观,其基本推论近百年内不断获得验证。然而相对论建立在连续平滑的时空基础之上,无法与量子力学的离散时空观相协调,并由此造成现代物理学发展面临诸多难题。本文首次提出"时空是一种以光速传播的量子化波"的启发性观点,并以此为基础对狭义相对论和广义相对论的诸多推论进行重新阐述,提出新的引力理论和时空观,并为解释暗物质、暗能量、伽马射线暴、类星体能源机制、宇宙起源与演化等现代物理学疑难问题提供一个初步统一框架。
关键词: 理论物理学 相对论 量子化时空 暗物质 暗能量 宇宙演化
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On a Heuristic Viewpoint Concerning the Quantized Space-time
Abstract:Einstein\'s theory of relativity revolutionized the view of space-time in physics, and its basic inferences have been continuously verified in the past 100 years. However, the theory of relativity is built on the basis of continuous and smooth space-time, and it cannot be coordinated with the concept of discrete space-time in quantum mechanics, which causes many difficulties in the development of modern physics. This paper presents for the first time a heuristic viewpoint in which space-time is considered to be a type of quantized waves propagating at the speed of light. Based on this concept, it re-explains many inferences of special relativity and general relativity, proposes new theory on gravitation and space-time, and provides a preliminary unified framework for explaining dark matter, dark energy, gamma-ray bursts, high energy emission mechanisms in quasar, the origin and evolution of the universe and other difficult problems in modern physics.
Keywords: theoretical physics relativity quantized space-time dark matter dark energy universe evolution
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