The physical nature of the phenomenon of curvilinear motion by inertia
Keywords:
curvilinear inertia, vibrational motion by inertia, quantum transitions of classical particle, self-organizing system, anti-gravity, gravity controlAbstract
The physical nature and the physical mechanism of the phenomenon of curvilinear motion of classical particle by inertia is revealed. It is shown that the classical particle, freed from the constraints imposed in Newtonian scheme of mechanics on particle’s motion by inertia and on particle’s mass, is an open self-organizing system. The first of the above restrictions follows from the conventional idea that the uniform rectilinear motion of the body not subjected to the action of external forces is the only possible motion by inertia existing in nature. However, the study of the problem of motion [2–12] shows that there is an uncountable set of curvilinear motions by inertia, which are dialectical opposites in relation to forced accelerated motions. Research methods, excluding from consideration the accelerated motions by inertia, lead, obviously, to knowingly incomplete and distorted picture of physical reality. The second restriction concerns the particle mass: it is assumed that the mass of classical particle is an unchanged, conserving in time physical characteristics of the particle. As can be seen from the analysis of the problem, the requirement that the particle’s mass must be constant leads to severe limitations on the accelerated motions of particles by inertia, which are inconsistent with the basic laws of nature — the laws of dialectics. It should be emphasized that these restrictions are no more than hypotheses; their use is not justified, because they have never been tested for their compliance with other principles of mechanics and for their consistency with experience. This paper contains the formulation of foundations of mechanics free from the restrictions mentioned above. In a series of papers [13–20], the problem of self-organization of matter was investigated in detail on the basis of quantum electrodynamics. As a mechanism of self-organization of electron, the self-interaction was considered — the opposite effect of the Coulomb field created by charged particle on the same particle. From the fact that the Coulomb law is not a fundamental law of physics [10–12] and from the new results presented in this paper, it follows that, although the mechanism of self-organization considered in [13–20] catches, apparently, some features of the phenomenon, it is only a rough approximation to the true mechanism of self-organization. The new results suggest that the capacity of matter for self-organization, being an inherent property of matter, arises at the simplest level of matter development and can be explained in terms of mechanics, without the use of phenomenology in the form of electric charges and the Coulomb field. In this paper, we study the behaviour and the physical features of classical particle with variable mass moving by inertia with acceleration. It is shown that the physical environment generated by the classical particle consists of two components — the continuous (classical) component and quantum component, which arises as a result of quantum jumps of the particle from one state of curvilinear inertia to another. The vibrational states of inertial motion of classical particle are built. The particle oscillating by inertia is shown to have the mass defect, the magnitude of which is of the order of the mass of the particle rotating by inertia. From this it follows that the conversion of the rotational motion by inertia to the vibrational one can be very effective method for producing high mass defect [21–23]. The particle-oscillator quantum transitions, in which the energy of classical particle is converted into the energy of environment generated by it, are indicated. The results of the work indicate that ignoring the laws of dialectics is the main cause of the current crisis in the physical sciences. Physics, freed from the heavy shackles in the form of severe restrictions on the motion of matter, will be a powerful stimulus to technological progress. It will provide an unprecedented flowering of our civilization, transferring it to a qualitatively new level of development. The practical significance of these results is that they give a method for studying the nature, adequate to it, and open the way to solve a number of important tasks related to the energy problem, the gravity control, the creation of antigravity engines, the superluminal communication, the control of the passage of time [21–28].
References
Уиттекер Э. История теории эфира и электричества. Классические теории. — Ижевск: НИЦ «Регулярная и хаотическая динамика», 2001. — 512 с.
Олейник В.П., Прокофьев В.П. Вращательная инерция и ее физические следствия. Что такое гравитация? // Физика сознания и жизни, космология и астрофизика. — 2008. — № 2 (30). — С.23-56.
Олейник В.П. Новый подход к проблеме движения: ускоренные движения по инерции // Физика сознания и жизни, космология и астрофизика. — 2009. — № 3 (35). — С.24-56.
Олейник В.П. О физической природе гравитации. // Физика сознания и жизни, космология и астрофизика. — 2010. — №3 (39). — С. 24-55.
Олейник В.П., Третяк О.В. Проблема инерции и антигравитация. // Физика сознания и жизни, космология и астрофизика. — 2011. — №1 (41). — С. 24-52.
Олейник В.П. и Третяк О.В. Проблемы инерции, гравитация и электромагнетизм. // 11-я международная Гамовская летняя астрономическая конференция–школа «Астрономия на стыке наук: космомикрофизика, космология и гравитация, астрофизика, радиоастрономия и астробиология», Программа и тезисы докладов, 22-28 августа 2011 года, Украина, Одесса, с.24-25.
Oleinik V.P. and Tretyak O.V. Curvilinear motions by inertia and antigravity. // Abstracts of the 6th International Conference on Material Science and Condensed Matter Physics, September 11-14, 2012, Chisinau, Moldova. — P. 47.
Олейник В.П. О физической сущности вращательного движения. Квантовая картина движения классических частиц. // Физика сознания и жизни, космология и астрофизика. — 2012. — №1(45). — С. 17-54.
Oleinik V.P. On the physical nature of rotational motion. // Abstracts of the 6th International Conference on Material Science and Condensed Matter Physics, September 11-14, 2012, Chisinau, Moldova. — P. 57.
Oleinik V.P. Curvilinear motion by inertia and the Coulomb field. // 12-th Odessa International Astronomical Gamow’s Conference-School “Astronomy and beyond: astrophysics, cosmology and gravitation, cosmomicrophysics, radio-astronomy and astrobiology”, Program and abstracts, August 20-26, 2012, Odessa. — Pp. 24–25.
Oleinik V.P. Motions by inertia and the Coulomb field. // Odessa astronomical publications, Volume 25, Issue 2, 2012. — P. 133.
Олейник В.П. Криволинейные движения по инерции и закон Кулона. // Физика сознания и жизни, космология и астрофизика. — 2012. — №3 (47). — С. 34–39.
Aрепьев Ю.Д., Буц А.Ю., Олейник В.П. К проблеме внутренней структуры электрически заряженных частиц. Спектры внутренней энергии и распределение заряда свободного электрона и атома водорода. Киев, ИП АН УССР, Препринт №8 — 91, 1991, 36с.
Oleinik V.P. Quantum electrodynamics describing the internal structure of electron. Gauge-independent and covariant theory. — Leipzig, Universitat Leipzig, NTZ, Preprint — 1992. — № 7. — 30 p.
Oleinik V.P. Quantum theory of self-organizing electrically charged particles. Soliton model of the electron. // Proceedings of the NATO-ASI “Electron theory and quantum electrodynamics. 100 years later”. — N.-Y.: Plenum Press, 1997, — P. 261–278.
Oleinik V.P. Nonlinear quantum dynamical equation for the self-acting electron. // J.Nonlinear Math.Phys. — 1997. — V. 4. — № 1–2. — P. 180–189.
Oleinik V.P. Faster-than-light transfer of a signal in electrodinamics. “Instantaneous action-at-a-distance in modern physics”. — New York, Nova Science Publishers, Inc., 1999.
Oleinik V.P. “Quantum equation for the self-organizing electron” // Photon and Poincare group. — Nova Science Publishers, New York, Inc., 1999. — P. 188–200.
Oleinik V.P. The Problem of Electron and Superluminal Signals. (Contemporary Fundamental Physics). — Nova Science Publishers, Inc., Huntington, New York, 2001. — 229 pages.
Oleinik V.P. The Problem of Electron and Physical Properties of Time: To the Electron Technologies of the 21st Century. // New Energy Technologies. — 2002. — №1 (4). — P. 60–66.
Олейник В.П., Прокофьев В.П. Энергетическая проблема. Атом как неиссякаемый источник экологически чистой энергии. // Физика сознания и жизни, космология и астрофизика. — 2007. — № 2 (26). — С. 28–59.
Олейник В.П., Прокофьев В.П. Новый подход к энергетической проблеме. Атом — неиссякаемый экологически безопасный источник энергии // Биоинформационные и энергоинформационные технологии в целительстве, в духовной, в социальной и в производственной сферах («БЭИТ-2007»): Доклады Х юбилейного Международного конгресса в 2 т. / Под ред. П.И. Госькова. — Барнаул: Изд-во АлтГТУ, 2007. — Т. 1. — С. 16–26.
Oleinik V.P. and Prokofjev V.P. Energy Problem. Atom as an Inexhaustible Source of Ecologically Pure Energy. // Mold. J. Phys. Sci. — 2008. — V.7. — № 4. — P. 25–34.
Олейник В.П. Фундаментальные проблемы физики: сверхсветовая коммуникация, активные тепловые машины, безопорное движение. //Физика сознания и жизни, космология и астрофизика. — 2008. — № 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., г. Барнаул / Под ред. Д.Н. Жданова. — Россия, Барнаул: ООО «Азбука», 2009. — С. 3–10.
Oleinik V.P. The Problem of Time: Force as the Cause of Change in the Course of Time. // Fundamental Problems of High Energy Physics and Field Theory. Proceedings of the XXIV Workshop on High Energy Physics and Field Theory. Protvino, June 27-29, 2001. — Protvino, 2001. — P. 251–269. — http://arxiv.org/abs/physics/0306074 .
Олейник В.П. Изменение хода времени в силовом поле и невесомость. // Физика сознания и жизни, космология и астрофизика — 2001. — № 2. — С.20–37.
Oleinik V.P. Informational Field and Superluminal Communication. http://arxiv.org/abs/physics/0306073, 2003.
Лорентц Г.А. Теории и модели эфира. — М.-Л.: Объединенное научно-технич. изд-во НКТП СССР, 1936.