物质的分形结构与卡西米尔效应
The Fractal Structure of Matter and the Casimir Effect
摘要：
零点辐射是一种遍布宇宙的电磁能量形式。标准的量子理论承认它的存在。我们在这里提供了一个解释的基础上确定性的经典电动力学，通过关联到粒子和原子核的一系列壳，由约束光子，与频率衰减的距离。这样的光子是预先存在的背景的一部分，即使在零温度下也会在真空中演化，并被稳定的亚原子粒子捕获，形成非常独特的量子化模式。例如，不断发展的壳层导致在导电体周围产生电磁层的分形结构。这个属性，然后被用来证明，定性和定量，吸引Casimir力的两个金属板。分析是由标准参数进行的，除了这里周围的零点能量是有限的，尽管外观非常复杂，但组织得很好。
英文摘要：
The zero-point radiation is an electromagnetic form of energy pervading the universe. Its existence is granted by standard quantum theories. We provide here an explanation based on deterministic classical electrodynamics, by associating to particles and nuclei a series of shells, made of constrained photons, with frequencies decaying with the distance. Such photons are part of a pre-existing background, evolving in vacuum even at zero temperature, and are captured by stable subatomic particles to form very distinctive quantized patterns. The evolving shells bring, for instance, to the creation of a fractal-type structure of electromagnetic layers around a conductive body. This property is then used to justify, both qualitatively and quantitatively, the attractive Casimir force of two metal plates. The analysis is carried out by standard arguments, except that here the surrounding zero-point energy is finite and, albeit with a very complicated appearance, very well-organized.
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