Journal of Physical Chemistry & Biophysics
Open Access

Department of Mathematics and Physics, European International State School Altiero Spinelli, Via Figlie dei Militari, 25, 10131, Turin, Italy

Publications

• Review Article   
  On a Non-Standard Atomic Model Developed in the Context of Bridge Electromagnetic Theory
  Author(s): Massimo Auci*
  
  In the context of the bridge electromagnetic theory, a quantum-relativistic theory based on Maxwellian electromagnetism, it has recently been shown that the characteristics of a hydrogen atom can be obtained through an electron-proton orbital capture process forming a non-radial emitting dipolar electromagnetic source. The model structurally different to the Bohr-Sommerfeld and Schrodinger models has now been deepened and completed by testing it on the properties of hydrogen and deuterium atoms and of helium and lithium in hydrogenoid form. These last two atoms are of cosmological interest as they are the heaviest elements produced by electron capture in the early universe. The theoretical results obtained regarding the atomic structure and spectra are in excellent agreement with the observational data by suggesting the implicit correctness of this electromagnetic.. View More»
  DOI: 10.35841/2161-0398.24.14.401

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