Difference between revisions of "Mechanical Image of Electromagnetism"
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To attribute an inertia to free space is not an option. It is soundly consistent with the fundamental laws of physics. The mechanical interpretation of electromagnetic phenomena would supply a concrete way of simplicity and unification. Consequently the revised quantum theory could become without any contrast a modern chapter of a removated classis physics. Here is proposed a new elementary charge model, which simplifies the interpretation of many phenomena, including the controlled nuclear fusion. A reinterpretation of Maxwell's equations and a comprehensive demonstration of the value of the classical Planck quantum is given. | To attribute an inertia to free space is not an option. It is soundly consistent with the fundamental laws of physics. The mechanical interpretation of electromagnetic phenomena would supply a concrete way of simplicity and unification. Consequently the revised quantum theory could become without any contrast a modern chapter of a removated classis physics. Here is proposed a new elementary charge model, which simplifies the interpretation of many phenomena, including the controlled nuclear fusion. A reinterpretation of Maxwell's equations and a comprehensive demonstration of the value of the classical Planck quantum is given. | ||
| − | [[Category:Scientific Paper]] | + | [[Category:Scientific Paper|mechanical image electromagnetism]] |
Latest revision as of 10:41, 1 January 2017
| Scientific Paper | |
|---|---|
| Title | Mechanical Image of Electromagnetism |
| Author(s) | Giuseppe Cannata |
| Keywords | Electromagnetism |
| Published | 1989 |
| Journal | None |
| Pages | 33-52 |
Abstract
To attribute an inertia to free space is not an option. It is soundly consistent with the fundamental laws of physics. The mechanical interpretation of electromagnetic phenomena would supply a concrete way of simplicity and unification. Consequently the revised quantum theory could become without any contrast a modern chapter of a removated classis physics. Here is proposed a new elementary charge model, which simplifies the interpretation of many phenomena, including the controlled nuclear fusion. A reinterpretation of Maxwell's equations and a comprehensive demonstration of the value of the classical Planck quantum is given.
