主要题目:基于量子的场相互作用模型;

Ayman kassem
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引用次数: 0

摘要

寻找物理现象的统一是许多物理学家长期关注的问题。从17世纪天体力学和万有引力的统一开始,然后是19世纪电磁学的统一。20世纪初实现了空间与时间的统一和能量与质量的统一,而规范理论的出现使20世纪中期弱相互作用与电磁的统一成为可能。最近提出的关于物理学中统一问题的答案的理论包括统一了量子力学和引力的量子引力,以及弦理论。统一的努力不仅要解决已知的基本力,还要解决空间结构的相互作用,这些相互作用到目前为止仍然未知,但它们的表现形式被描述为暗能量和暗物质。本文采用经典方法讨论了构成时空的时空场相互作用的概念,这种方法具有将物理意义带入可视化的优势。
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Main Title: Quanton Based Model of Field Interactions,
The search for a unification of the physical phenomena was the preoccupation of many physicists for long time. Starting from the seventeenth century with the unification of celestial mechanics and gravitation, then the unification of the electromagnetism in the nineteenth century. The early twentieth century brought about the unification of space and time and the unification of energy and mass while the advent of gauge theory enabled the unification of the weak interaction with the electromagnetism in the middle of the twentieth century. More recent theories are proposed as the answer to the unification question in physics include quantum gravity which unifies quantum mechanics and gravitation, and string theory. Unification effort should not only address the known fundamental forces but the space fabric interactions which till now remain unknown but their manifestations are described as the dark energy and dark matter. Here the concept of interacting space and time fields which constitute space time is discussed using classic method which has a certain advantage of bringing the physical meaning into visualization.
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