Diverse natural forces

Physical effort is currently classified into different classes according to its related phenomenon. Therefore, we have different types of ‘natural forces’ viz; gravitational attraction (gravity), electric force, magnetic force and (strong and weak) nuclear force. There are also various mechanical forces, derived from the above. Since force is the rate of transfer of work associated with a body’s matter-field, there is only one type of effort in nature. All types of ‘natural forces’ and other mechanical forces have to be essential derivations from only one fundamental effort. Entire space, outside the most basic 3D matter-particles, is filled with a universal medium formed by 2D energy-fields (in all possible planes), structured by quanta of matter. Universal medium is a self-sustaining entity that strives to be stable, isotropic, homogeneous and serene. ‘Structural distortions’ in 2D energy fields (in universal medium) is ‘work done’. Work, in universal medium, tends to transfer from higher distortion-density region to lower distortion-density region. Such transfer of work is an effort. Rate of effort with respect to distance is force. During action of an effort, constituent 3D matter-particles (of a body) enclosed in the structurally distorted region are also carried along with the structural distortions. Therefore, transfer of structural distortions in universal medium causes physical effort. All efforts in nature are similar and there is only one type of effort. Due to its structure, universal medium is inherently under compression. A 3D matter-particle, in the universal medium, experiences compression from universal medium. This property of universal medium is gravitation. Magnitude of gravitation corresponds to extent of universal medium that exerts the pressure. Extent of universal medium between two 3D matter-particles is always less than extents of universal medium on their outer sides. Hence higher gravitational actions on outer sides tend to move the 3D matter-particles towards each other. This tendency is understood as gravitational attraction or gravity. Gravitational attraction (gravity) is the resultant (relatively a minor by-product) of separate gravitational actions on two 3D matter-particles by universal medium. Other field-forces are the result of differences in structural distortion-densities in universal medium due to gravitation on opposite sides of 3D matter-particles of two objects. They are named in relation to the phenomena they are associated with. Depending on the nature of electric charges, magnetic polarity or nuclear polarity of these objects, resulting effort may produce apparent attraction or apparent repulsion between the objects. If structural distortion-density is higher between the objects, they will appear to repel each other. If structural distortion-density is lower between the objects, they will appear to attract each other. Mechanical forces are the result of transfer of structural distortions in universal medium (work) associated with an object. See: http://vixra.org/pdf/1402.0069v1.pdf