Authors: Nainan K. Varghese
An all-encompassing universal medium, made of ‘real’ matter particles, fills entire space outside ‘basic 3D matter-particles’. It is homogeneous, isotropic and self-stabilizing multiple-entity. Because of its inherent compression, it squeezes all ‘basic 3D matter-particles’ by direct contact. This all-around push action on basic 3D matter-particles by universal medium is ‘gravitation’. Strength of gravitation is proportional to the extent of universal medium, away from the point of action. Extent of universal medium on outer-sides of two basic 3D matter-particles is always more (with correspondingly higher gravitation) than extent of universal medium in between them (with correspondingly lower gravitation). Greater pushes from outer-sides and lower pushes from in between, compel basic 3D matter-particles to move towards each other. Cause of this motion appears as ‘attraction’ between basic 3D matter-particles. This phenomenon is interpreted as ‘gravitational attraction’ between them. ‘Gravitational attraction’ is a minor by-product of separate gravitational push-actions on each of basic 3D matter-particles. Magnitude of gravitational attraction between two macro bodies is the resultant of gravitational attractions between their constituent basic 3D matter-particles. It is the differences in extents of universal medium on either side of constituent basic 3D matter-particles that produce gravitational attraction between two macro bodies, rather than shadow-effects on each other.
Comments: 8 Pages. Originally published in 'General Science Journal'
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