Монадологія Миколи Руденка: самобутність та оригінальність наукової платформи митця
Дата
2018
Назва журналу
Номер ISSN
Назва тому
Видавець
СумДПУ імені А. С. Макаренка
Анотація
У розвідці доведено унікальність теорії монад М. Руденка, який першим у світовій науці вивів фізичні характеристики Монади: вирахував радіус, масу, густину, енергію та довів, що Монада може ущільнюватися та створювати гравітаційне поле. Теорія Монад українського філософа пропонує як альтернативну стаціонарну (на відміну від відомої нам ізотропної) модель Всесвіту, у якій все ґрунтується на принципі загального порядку без жодних випадковостей.
Monadology is not a new science. The beginning to it was given by ancient gnostics. G. Leibniz was its founder. The developers of science of Monads are considered to be M. Bugayev, P. Florensky and others, but only M. Rudenko managed to impose geocentric standards of modern physics on concepts that for a long time were attributed to metaphysics. M. Rudenko, the first in the world of science, gave physical characteristics of the Monad: he calculated the radius, mass, density, energy and proved that the Monad can thicken and create a gravitational field. M. Rudenko offers a stationary (unlike known isotropic) model of the Universe, in which everything is based on the principle of general order without any eventualities. Thickening and rarefaction of vacuum is the beginning of the Spheres, the birth of the Monad. Monad is pushing the Universe to win space for itself. Monad, or Nine: six forces that create the Sphere, and three additional ones – Free Light, Light Creator. The Light is spilled inside the Monads. The Monad should be seen as the Spirit Matter. There are no other realities in the world except the Monads. The thinker proves that life on the Earth does not originate from the Sun but from the World Monad. M. Rudenko did not completely remove the veil of mystery, but pointed out the alternative direction of scientific research, pointed to the lack of knowledge, that today is an obstacle to finding out the phenomenon of the Universe.
Monadology is not a new science. The beginning to it was given by ancient gnostics. G. Leibniz was its founder. The developers of science of Monads are considered to be M. Bugayev, P. Florensky and others, but only M. Rudenko managed to impose geocentric standards of modern physics on concepts that for a long time were attributed to metaphysics. M. Rudenko, the first in the world of science, gave physical characteristics of the Monad: he calculated the radius, mass, density, energy and proved that the Monad can thicken and create a gravitational field. M. Rudenko offers a stationary (unlike known isotropic) model of the Universe, in which everything is based on the principle of general order without any eventualities. Thickening and rarefaction of vacuum is the beginning of the Spheres, the birth of the Monad. Monad is pushing the Universe to win space for itself. Monad, or Nine: six forces that create the Sphere, and three additional ones – Free Light, Light Creator. The Light is spilled inside the Monads. The Monad should be seen as the Spirit Matter. There are no other realities in the world except the Monads. The thinker proves that life on the Earth does not originate from the Sun but from the World Monad. M. Rudenko did not completely remove the veil of mystery, but pointed out the alternative direction of scientific research, pointed to the lack of knowledge, that today is an obstacle to finding out the phenomenon of the Universe.
Опис
Ключові слова
М. Руденко, монадологія, монада, сила Моносу, M. Rudenko, monadology, Monad, Monos power
Бібліографічний опис
Мазуренко, В. О. Монадологія Миколи Руденка: самобутність та оригінальність наукової платформи митця [Текст] / В. О. Мазуренко, Ю. В. Логвиненко // Філософія науки: традиції та інновації : науковий журнал / Міністерство освіти і науки України, Сумський державний педагогічний університет імені А. С. Макаренка ; [редкол.: Н. В. Кочубей, В. А. Косяк, Є. О. Лебідь та ін.]. – Суми : СумДПУ імені А. С. Макаренка, 2018. – № 1 (17). – С. 98–105.