New approach to the motion problem: accelerated inertial motions

Valentine Oleinik

Abstract


It is proved that in the conventional Newtonian scheme of mechanics an extensive class of motions drops out of the field of view — the accelerated (curvilinear) motions of particles by inertia. The fundamental role played by these motions in nature is due to the fact that they take place in the absence of any expenditure of energy and as a consequence give rise to the most stable states of physical systems. Existence of accelerated inertial motions of particles necessitates a radical revision of Newtonian mechanics. Such states of motion of particles, as the most stable ones, may be naturally considered as a background for real, physical processes. to put it differently, in the new, extended scheme of mechanics the accelerated inertial motions should play a part of a reference point for physical processes. Physical processes observed in experiment should be treated as a deviation from the accelerated inertial motion states caused by the action of a perturbation. Under the action, for example, of an external force the physical system is removed from the state of accelerated inertial motion, and this process can be described by the Newtonian equations of motion. Such is, in general outline, the new scheme of dynamic processes description. Obviously, the accelerated inertial motion states investigated in this paper should play in classical mechanics the role similar to that which is played by the ground state in quantum mechanics, namely: just as any quantum system tends to go over to the ground state, any classical system tends to go over to the state of accelerated inertial motion. It is only the deviation from this state which can be registered experimentally. According to the results received, there are the forces in nature which are of purely kinematical origin; these forces, among which are the forces acting on the particle at its accelerated inertial motion, differ qualitatively from the ones considered in Newtonian mechanics. Their distinctive feature is that the work done by them on a particle essentially depends on the state of motion of the inertial reference frame in which the motion is considered. It means that the frames of reference, moving uniformly and rectilinearly relative to each other, are not physically equivalent, i. e. the principle of relativity becomes invalid if only the accelerated inertial motions are taken into consideration. Without taking account of the accelerated inertial motions, it is impossible to receive the description of real physical systems behaviour adequate to nature. The Newtonian mechanics, in which the forces of kinematical nature acting on particles and curvilinear inertia are not considered, is a rather rough scheme of description of dynamics. The deep crisis of modern physics is caused to a great extent by the fact that the forces of kinematical nature and the curvilinear inertial motion resulted from them are not considered in the standard scheme of mechanics underlying all modern physics. One of the consequences of this work can be formulated as follows: Newton’s hypothesis that there exist gravitational forces in the nature satisfying the law of universal gravitation is unnecessary. There is no need for this hypothesis in view of the fact that the attraction of particles to one another is described in a natural way in the new, extended scheme of mechanics taking into account the phenomenon of accelerated inertial motion of particles. Failures of all undertaken before attempts to reveal the physical nature of gravitation are due to the fact that they were based on the Newtonian scheme of mechanics, which, having excluded the accelerated inertial motions from consideration, is incapable in principle to describe and explain gravitation without resort to any additional hypotheses. The results and conclusions of this work are supported by extensive observational data accumulated during half a century on abnormal phenomena which cannot be explained from the viewpoint of current physics and show the prospect of producing technologies unattainable at present. Obviously, the working out of technologies and creation of electronic devices on the basis of accelerated inertial motions of bodies will lead to the next, higher level of development of civilization.


Keywords


incompleteness of Newtonian scheme of mechanics; extended scheme of mechanics; accelerated inertial motion of particle; rotary inertia; curvilinear inertia; forces of kinematical nature; nonequivalence of inertial reference frames; strong and week inertia

References


Фейнман Р., Лейтон Р., Сэндс М. Фейнмановские лекции по физике. Т 1. Современная наука о природе. Законы механики. — М.: Мир, 1967.

Хайкин С. Э. Физические основы механики. — М.: Физматгиз, 1963.

Савельев И. В. Курс общей физики. Т.1. Механика. Молекулярная физика. — М.: Наука, 1982.

Жилин П. А. Реальность и механика. // Труды ХХШ летней школы «Анализ и синтез нелинейных механических колебательных систем». — СПб., 1996. — С.6-49; Актуальные проблемы механики. Т.1. — СПб., 2006. — С.54-90.

Олейник В. П., Прокофьев В. П. Вращательная инерция и ее физические следствия. Что такое гравитация? // Физика сознания и жизни, космология и астрофизика. — 2008. — Т. 8. — №2(30). — С.23-56.

Астахов А. В. Курс физики. Т.1. Механика. Кинетическая теория материи. — М.: Главная редакция физ.-мат. литературы, 1977.

Градштейн И. С., Рыжик И. М. Таблицы интегралов, сумм, рядов и произведений. — М.: Наука, 1971.

Олейник В. П. Фундаментальные проблемы физики: сверхсветовая коммуникация, активные тепловые машины, безопорное движение. // Физика сознания и жизни, космология и астрофизика. — 2008. — Т. 8. — №4(32). — С. 48-57.

Олейник В. П. Фундаментальные проблемы физики и научная революция. // Вестник МАЭН «Энергоинформационные технологии развития человека» («ЭИТ-2009»), май-июнь 2009 г., Россия, Барнаул / Под ред. Д. Н. Жданова. — Барнаул: ООО «Азбука», 2009. — С. 3-10.

Головнев А. Конечная Вселенная. Книга вторая. Физика конечной Вселенной. Альтернативная физическая концепция. — К.: Издательский Дом Д. Бураго, 2003.

Олейник В. П. Новая интерпретация релятивистской физики. Об одном из глубочайших заблуждений ХХ века. // Физика сознания и жизни, космология и астрофизика. — 2007. — Т.7. — №4(28). — С.32-64.

Правдивцев В. Л., Литвинов Е. П. К истории изучения аномальных явлений разведкой Военно-морского флота СССР. — www.tonnel-ufo. narod.ru.

Дирак П. А. М. Принципы квантовой механики. — М.: Наука, 1979.

Дмитриев А. Л. Управляемая гравитация. — М.: Новый Центр, 2005.

Шипов Г. И. Теория физического вакуума. Теория, эксперименты и технологии. — М.: Наука, 1997.

Шипов Г. И. Аномальная физика и торсионные поля. — http://www.shipov.com.

Шипов Г. И. 4D гироскоп в механике Декарта. — М.: «Кириллица», 2006.


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