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Quantum Effects without Quantum Fields: Feynman's Amplitudes in Classical Electrodynamics

机译:没有量子场的量子效应:经典电动力学中费曼的振幅

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We derived their classical counterpart of Feynman's amplitudes for electron and photons interaction in the super-intense regime through the Hartemann-Kerman theory in conjunction to the Reiss-Eberly criterion of quantization. Our derivation is supported by the conjecture of Ritus-Nikishov by which field quantization might have its origin through artificial mechanism. In this manner, the classical counterpart might also provide an alternative path to arrive to pure Quantum Mechanics processes. Thus, in this paper we demonstrate that nonlinear Compton and the corresponding “pseudo” Feynman rules can also de extracted from a pure classical description. We present various spectra for simple and double Compton scattering that are in fully agreement with the existent Literature.
机译:通过Hartemann-Kerman理论并结合Reiss-Eberly量化标准,我们得出了超强态下电子和光子相互作用的费曼振幅的经典对应形式。 Ritus-Nikishov的猜想支持我们的推论,即场量化可能是通过人工机制起源的。以这种方式,经典的对等物也可能提供到达纯量子力学过程的替代途径。因此,在本文中,我们证明了非线性康普顿和相应的“伪”费曼规则也可以从纯经典描述中提取。我们提出了简单和双重康普顿散射的各种光谱,这些光谱与现有文献完全一致。

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