Field forces

Structurally deformed region in the universal medium is a ‘field’. Fields are classified according to nature of structural distortions in latticework structures of 2D energy-fields in the region of universal medium. A field is represented by imaginary lines of force along the assumed directions of work involved in their creation and interactions. Curved (angular) lines of force indicate an electric field. Linear lines of force indicate a magnetic field. Radial lines of force indicate a nuclear field. Structurally deformed region in and about 3D matter-body is its ‘matter-field’. When two 3D matter-bodies appear to interact, it is their matter-fields which comes into contact with / overlap each other. Depending on the direction of lines of forces and strength of the fields, overlapping of structural distortions in the matter-fields produces a resultant field in the region of overlap. Distortion-density in the region may be enhanced or depleted. Due to self-stabilizing property of the universal medium, difference in distortion-densities in two of its regions tend to transfer structural distortions from the region of higher distortion-density to region of lower distortion-density. During such transfer of structural distortions in the universal medium, 3D matter-particles of associated 3D matter-bodies (which produce the interacting matter-fields) are also carried along with them. Displacements of the 3D matter-bodies produce related moving structural distortions in the universal medium, which continue to move the 3D matter-bodies according to the laws of (inertial) motion. Structural distortions in the universal medium instrumental to inertial motion constitute work done about these bodies. Rate of work done about these 3D matter-bodies due to interaction of their fields, with respect to distance, is the field force.