Inertial field

The term ‘inertial’ is used here as an adjective to the phenomenon that causes ‘inertia’ of a body rather than in the sense of apparent or imaginary. Structural distortions in the matter-field of (universal medium in and about) a 3D matter-body develop, sustain its integrity and maintain the body’s constant state of existence in space. Additional work (structural distortions) invested with its matter-field determine the body’s state of motion (or current state). During action of an effort by a force-applying body, only the additional work associated with its matter-field can transferred out of association with the body in part or full without disintegration of the body. Changes in the state of force-applying body are the reaction to the force. Similarly, during an action of an effort, it is the additional work received in to the matter-field of force-receiving body that produces related action on it. Transfer of work (moving structural distortions in universal medium) associated with matter-field of a 3D matter-body (force-applying body) to the matter-field of another 3D matter-body (force-receiving body) is the work lost from the force-applying body and its magnitude is equal to the work gained by matter-field of the force-receiving body. This is the effort applied by the force-applying body to the force-receiving body. Force is the rate of effort (work done) with respect to distance of application of the effort. Transfer of moving structural distortions (in the universal medium) into the matter-field of force-receiving body starts to move 3D matter-particles of force-receiving body near the point of application in the direction of effort. Displacement of first layer of 3D matter-particles compresses latticework structures of universal medium between first and next layers of 3D matter-particles in force-receiving body. As long as the effort exists, first layer of 3D matter-particles are prevented from moving backward to release the compression. Therefore, only way to regain stability of universal medium is to push the second layer of 3D matter-particles in the force-receiving body forward. Similar and subsequent actions, starting from point of application of effort till the forward limit of the force-receiving body, displace the 3D matter-body in space. This action continues until structural distortions in and about both matter-fields stabilizes their momenta and the bodies moves at a constant linear speeds. Magnitude of momentum (work) lost from the force-applying body is equal to the magnitude of momentum gained by the force-receiving body. They may be considered to act in opposite directions (as action and reaction). Work lost from the matter-field of force-applying body and work gained by force-receiving body, during action of an effort, destabilizes respective matter-fields. As the destabilization is caused by mechanical and sequential movements of quanta in the latticework structures of universal medium, it takes certain time for the matter-fields to regain their stable states. The time delay required for stabilization of works associated with these 3D matter-bodies is the ‘inertial delay’. Therefore, inertia is a property of universal medium due to time required for stabilization of its disturbed latticework structures. See: http://vixra.org/pdf/1010.0041v2.pdf , http://vixra.org/pdf/1402.0069v1.pdf.