Abstract
Concept of gravitational induction the essence of which is in the change of gravitation force affecting test mass due to influence of gravitational field on this mass by other masses has been considered. Evaluation of coefficient of induced increase of the gravity in the titanium sample has been shown based on the measurement of weight of nonmagnetic metal rod by its vertical and horizontal orientation.
Highlights
Concept of gravitational induction the essence of which is in the change of gravitation force affecting test mass due to influence of gravitational field on this mass by other masses has been considered
Similar to ordinary waves they involve the end space area and in principle should influence the other bodies or particles within the propagation area. Such influence may result in change of the force of gravitational interaction of the bodies analogues to optical phenomena of absorption and amplification of light within absorbing or active medium
As shown in Dmitriev (2001), acceleration caused by external, for example, elastic forces, body movement is accompanied by change of the force of its gravitational interaction with massive body
Summary
Concept of gravitational induction the essence of which is in the change of gravitation force affecting test mass due to influence of gravitational field on this mass by other masses has been considered. Acceleration caused by external, for example, elastic forces (electromagnetic in nature), body movement is accompanied by change of the force of its gravitational interaction with massive body (the Earth). Influence of accelerations of micro-particles on the gravity due to their chaotic thermal motion allows to confirm observed negative temperature dependence of the physical body weight (Dmitriev, Nikushchenko, & Snegov, 2003).
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