156 lines
9.5 KiB
Plaintext
156 lines
9.5 KiB
Plaintext
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| File Name : COMPULS2.ASC | Online Date : 09/19/94 |
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| Contributed by : Perry Mick | Dir Category : GRAVITY |
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| From : KeelyNet BBS | DataLine : (214) 324-3501 |
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| KeelyNet * PO BOX 870716 * Mesquite, Texas * USA * 75187 |
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| A FREE Alternative Sciences BBS sponsored by Vanguard Sciences |
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IV. RADIATIONAL THEORY OF GRAVITATION AND COSMOLOGICAL FINDINGS
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The new theory makes it possible to solve some of the important cosmological
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problems.
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Causes of the rotation of the Earth and other cosmic bodies.
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Gravitational interaction between the Sun, Earth and cosmic material radiation
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forces the Earth to stay on its orbit, i.e. at such a distance from the Sun
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where the repulsive effect of solar radiation is just equal to the compulsive
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effect of cosmic radiation. The Earth is thus all the time exposed to the
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effect of a pair of opposite forces (effects): repulsion and compulsion. The
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resulting vectors of this pair of effect are of the same length but opposite
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direction: the repulsive vector goes in helio-geo-petal, the compulsive
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vector in geo-helio-petal direction. And it is just this pair of forces
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(effects) incessantly acting on the Earth that is the generator of the
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rotation of the Earth.
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Causes of the orbiting motion of planets and other cosmic bodies.
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The same pair of opposite forces causing rotation is involved in the origin
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of the orbiting planetary motion. Findings from aerodynamics and
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hydrodynamics on the effect of collision between two opposite streams of
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medium can be used for the zone of opposite penetration of two radiation
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streams. A floating body is not only rotating but performing a translative
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movement crossing the direction of both streams. This regularity is expressed
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by the so-called Magnus effect: A rotating body exposed to a current
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perpendicular to the axis of rotation travels in the direction perpendicular
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both to the current and to the axis of its rotation. The generator of the
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orbiting motion of the planets is thus permanent interpenetration of repulsive
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solar and compulsive cosmic radiation.
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Cause of the origin of elliptic paths of the planets of the solar system.
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Explanation of Kepler's laws.
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The orbit of a planet is a sum of points in which the mechanical repulsive
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effect of solar radiation and compulsive effect of cosmic radiation are
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levelled out. On condition that both solar and cosmic radiation are
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homogeneous, symmetrical, the planetary orbit would be a circle. Only cosmic
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radiation can be permanently asymmetric. The elliptic paths of the planets
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can arise only by the action of the cosmic factor. It must be presupposed
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that the penetration of cosmic radiation through our solar system is
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asymmetrical, that there is more intensive arrival from the side of the
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eccentrically positioned Sun and planetary perihelion. Vector of this
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unidirectional prevalence of cosmic radiation and vectors of repulsion and
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compulsion of the planet are added up determining the elliptic path of the
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planet and changing the orbiting velocity and rotational impulse of the
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planet. In this way Kepler's laws can be derived and their validity
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explained. The source of increased unidirectional arrival of cosmic radiation
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can be a cluster of nearby stars or part of the core of our Galaxy. It is
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less likely that the asymmetrical passage should, on the contrary, be due to
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shading of immense masses of reduced radiation from the opposite direction.
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The principle of variable sped of light.
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The principle of constant speed of light postulated by Einstein in his
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special theory of relativity is rejected. Changes in the speed of the motion
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of minisystems of the cosmic radiation including the motion of the light
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photon are described. Initial speed of light is given by the release of the
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radiation minisystem from the bond inside the atoms of the radiating body.
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The movement of the emitting source in the direction of the ray is manifested
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by the Doppler effect. During the journey of the light beam through the vast
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provinces of the Universe the speed of light is slowed down (together with
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simultaneous retardation of the bound movement of the inner components of the
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system) in regions distant from large masses, and near bodies with high
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emission of radiation (particularly also before its target incidence upon the
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Sun). On the contrary, the speed of light grows near highly condensed masses
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of high radiational shading and before target incidence upon the Earth.
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The redshift problem.
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Adopting the principle of variable speed of light it is possible to present
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a new explanation of the origin of redshift and blueshift of the spectrum.
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E.g. the extreme redshift of a quasar is conditioned by a considerable slow-
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down of the departing velocity of the light minisystem at the very emission
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out of highly condensed mass and, in addition to that, by the effect of the
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intensive radiational (gravitational) shade. The absolute prevalence of
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redshift in the spectra of galaxies is exclusively due to the fact that the
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global velocity of the minisystem of light radiation is slowed down (and so is
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the bound whirling motion of its inner constituents) on its passage through
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the immense intergalactic space. It thus is not any manifestation of the
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conjectural retreat of all galaxies. The Hubble law in its general
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formulation does not apply. The hypothesis of an expanding Universe must be
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rejected, too.
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The quasar and pulsar problem.
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The origin of a quasar from the masses ejected out of the exploding galaxy
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has been proved beyond any doubt. In the author's opinion, under special
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conditions the process of gradual immense condensation in the masses of the
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original star can develop without the necessary overture of a catastrophe.
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Condensation of the quasar mass is reflected in the reduction of its own
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emission of radiation, extreme increase in radiational (gravitational) shade,
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and intensive absorption of cosmic radiation leading to further growth of the
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amount of mass and its condensation. The emitted minisystems of material
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radiation show a slowed-down global departing velocity and speed of the bound
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inner motion of its constituents (i.e. minisystems of a lower order). This is
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the cause of the huge redshift and high participation of the radio noise
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coming from the quasar. The idea that a quasar might be an evolutional pre-
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stage of new galaxies is highly improbable. The tremendous condensation of
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masses, i.e. rise in the amount of bound motion of the particles (inner
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energy) can rather be said to lead to a "quasi spontaneous" explosion or to be
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provoked by a collision with a star (in both cases the result of the
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catastrophe is a Nova). If the quasar penetrates as far as the nucleus of a
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galaxy, the result of the explosion is a Supernova.
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The black hole, white hole and wormhole problem.
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In a critical and detailed analysis all the conclusions derived form the
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"rigorous solution of Einstein's equations of the gravitational field", "the
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mirror-image reversal of this solution", "maximal extension of the space-time
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metric", "solution of the equations of the gravitational field of a spherical
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body with and without rotation", construction of various Kruskal diagrams,
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etc., are rejected. They are products of extreme mathematical formalism and
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solipsism isolated from objective reality. Such ideas are pseudoscientific,
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fantastic, even mystical.
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V. RADIATIONAL THEORY OF GRAVITATION AND EARTH'S GRAVITY
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The Earth's gravity is no manifestation of any assumed attractive force acting
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immediately at distance. The weight of objects and free fall to the Earth
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are due to the compulsive effect of cosmic radiation in the area of intensive
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radiational (gravitational) shade of the Earth.
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All the findings on the Earth's gravity can be perfectly explained in terms of
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the radiational theory of gravitation. Moreover, all the problems accumulated
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so far and the so-called anomalies of gravity can be solved. Departures from
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the classical conception can be explained by the fact that the effect of
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gravity is slightly weakened by the Earth's own emission (though small), that
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radiational shading by large masses on the relief of the Earth surface becomes
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manifested, and that the composition of the Earth's surface strata can change
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both local intensity of the earth's radiational shade, and reflection and
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absorption of cosmic radiation.
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The tide problem.
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Newton's classical explanation of the tides as due to the attractive force
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of the Moon, or perhaps the Sun as well upon the mass of movable sea waters
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is considered unsatisfactory. Detailed reasons for a different explanation
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are give. Mutual radiational (gravitational) shade between the Earth and the
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Moon gives rise to definite gradient of the mechanical effect of cosmic
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radiation. The initial and active phase of the tide is the ebb due to
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prevalence of cosmic radiation in the tangential band of the smallest
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gravitational shading of the Earth by the Moon. All the peculiarities and
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so-called anomalies of the tides can be explained in this way. The same
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holds for the tides of the Earth's crust.
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end of part two, continued in part three
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