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Quantum mechanics. Quantum electromechanicsQuantum mechanics. Part IThe theory considers new fundamental problems:
For example, the following equations are obtained for:
Urgency of the subject is that using the obtained fundamental equations of quantum mechanics, one can solve the applied physics problems and, in particular, of electro mechanics. The fundamental role of the space quantum field characteristics enables to form some constants and physics characteristics, it is real presentation of physical nature of laws, features and phenomena today. A set of problems to be solved is based on the general fundamental formula: Taking account of new fundamental characteristics of the S- field, we specify such physical characteristics as: an electron charge, an electron mass, a magnetic quantum flow, etc. At present, the fundamental theory is not available, at least, we don’t know about such theory which enables to solve the applied physics problems and, in particular, of electro mechanics for persons having high and technical education. The object of this work is working out of the fundamental theory on which basis it is possible to solve the applied problems of physics, in particular, of electro mechanics by persons having high and technical education. The novelty of the theory is specified on the basis of “Microcosm physics”. Small encyclopedia. [Editor- in chief D.V. Shirkov].-М.:”Советская энциклопедия”,1980.-528c. Taking account of the latest editions, the theory novelty is specified on the basis of the updated “Berkleyev’s physics course” and literature. The practical value of the work is easy understanding, accuracy and conciseness of the obtained formulas. The work contains as follows:
Quantum electromechanics. Part IIThe theory considers Maxwell equations and other ones of quantum electromechanics. Practically, all the theory developed by us was intended to solve this applied object. The quantum electromechanics characteristics allow to set connection between electromechanics characteristics and those of space field that enables to take account of S-field effect and use the S-field power in calculation theories. The salvation of this energy task is now one of the vital problems. This theory can be interesting for the specialists involved in “DUMAND” and “BAK” projects. At present the fundamental theory is not available or, at least, we do not know about it, that enable to solve the applied questions of the quantum in a popular form for persons having the higher education. The object of this work is to develop the fundamental theory on which basis it is possible to solve the oyplied questions of physics and, in particular, of electromechanics for persons having the bugher and technical education. The practicalvalue of thin work consists of simple understanding, accuracy and conciseness of the formulae obtained. This work, very concise in volume, contains a considerable number of calculation formulae: together with equations and appropriateness of part I and II – more than 50. It is about 10% of all physics appropriateness and equations. |
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