Browsing by Subject "Classical electrodynamics"
Now showing items 1-6 of 6
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Classical Electrodynamics Formalism to Derive Quantum Mechanics Amplitude
(IEEE, 2023)Acceso restringidoIn some concrete examples such as the classical Compton backscattering, quantum mechanics phenomena can be also derived from rules given entirely inside the classical territory. In this paper the quantum mechanics amplitude ... -
Duality at Classical Electrodynamics and its Interpretation through Machine Learning Algorithms
((IJACSA) International Journal of Advanced Computer Science and Applications, 2022)Acceso abiertoThe aim of this paper is to investigate the hypothetical duality of classical electrodynamics and quantum mechanics through the usage of Machine Learning principles. Thus, the Mitchell’s criteria are used. Essentially ... -
Probabilistic Classical Electrodynamics as Weibull Functions from Diffusion Equation
(IEEE, 2023)Acceso restringidoThe Weibull distributions have been identified at the case when the diffusion of charged particles inside a finite cylinder are under repulsion created by an external charge playing the role as actuator. This would trigger ... -
Quantization with Infinite Classical Fields: The Quantum/Classical Correspondence
(IEEE, 2023)Acceso restringidoIt is shown that quantization of an external field apart of being intrinsic in quantum field theories, it can be also done in a fully scenario of classical electrodynamics. In this paper the quantization of field is ... -
Semiclassical Theory for Bacteria Motility Under External Electric Fields and Interactions with Nanodevices
(ASTES Publishers, 2020-09-21)Acceso abiertoThe accurate identification and characterization of microbiological species is a must that allows us to design engineered pharmacology to tackle down the diversity of diseases derived of them. This paper presents a study ... -
Simulating the Arnaoutova-Kleinman Model of Tubular Formation at Angiogenesis Events Through Classical Electrodynamics
(Springer Link, 2022)Acceso restringidoThe Arnaoutova-Kleinman model is simulated in an entire scenario of Classical Electrodynamics. For this end the 4-steps are considered: (i) The migration of endothelial cells, (ii) the random attachment among them, (iii) ...
