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首页> 外文期刊>Hadronic Journal >ELECTROMAGNETISM EXPLAINED BY THE THEORY OF INFORMATONS
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ELECTROMAGNETISM EXPLAINED BY THE THEORY OF INFORMATONS

机译：电磁论由信息理论解释

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To describe the diverse aspects of the gravitational and the electromagnetic "actions-at-a-distance", classical physics has introduced the field concept: the gravitational and electromagnetic vector fields are defined as the entities that mediate in respectively the gravitational and the electromagnetic interactions. The theory of informatons develops the hypothesis that the substance of these fields is information carried by mass and energy less grains, called "informatons". It is assumed that any material object manifests itself in space by the continuous emission - at a rate proportional to its rest mass - of informatons: mass and energy less granular entities rushing away with the speed of light and carrying information regarding the position, the velocity and the electric charge of their emitter. This implies that any material object is at the center of an expanding cloud of informatons that manifests itself as the gravitational and, in the case of an electrically charged object also as the electromagnetic field of that object. In this article we focus on the electromagnetic field. It will be shown that it is a dual entity always having a field- and an induction- component simultaneously created by their common sources: time-variable charges and charge flows, that the Maxwell equations are the expressions at the macroscopic level of the kinematics of the informatons, that the electromagnetic interaction is the effect of the fact that an electrically charged object in an electromagnetic field tends to become "blind" for that field by accelerating according to Lorentz law, and that an accelerated object is the source of electromagnetic radiation. In that context photons are identified as informatons carrying a quantum of energy, what explains the dual nature of light.
机译：为了描述引力的各种方面和电磁“距离 - 距离”，古典物理学已经引入了现场概念：引力和电磁矢量场被定义为分别在重力和电磁相互作用中调节的实体。信息理论发展了这些领域的实质的假设是由群众和能源较少谷物所携带的信息，称为“信息”。假设任何材料对象都会通过连续发射在太空中表现出来 - 以与其静止的信息成比例的速度：质量和能量较少的粒状实体冲击光速和携带关于位置的信息，速度和他们的发射器的电荷。这意味着任何材料对象位于表现为引力的膨胀云的中心，并且在电荷对象的情况下也是该物体的电磁场。在本文中，我们专注于电磁场。将表明，它是一种双实体，始终具有由其公共源同时创建的场 - 和一个诱导组件：时间可变电荷和电荷流，麦克斯韦方程是运动学宏观级别的表达式电磁相互作用的信息是通过根据洛伦兹法加速来加速电磁场中的电磁场中的电荷物体趋于“盲”的效果，并且加速对象是电磁辐射源。在这种情况下，光子被识别为携带量子量的信息，是什么解释了光的双重性质。

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