Disturbance

A matter-body, which is not a part but causes discontinuity of its latticework structure, is a ‘disturbance’ with respect to a 2D energy field. It may be in the form of a group of independent 1D quanta of matter, a 2D matter-particle, a 3D matter-particle or the most basic 3D matter-particles in a macro body. A disturbance has a definite perimeter and breaks continuity of 2D energy field(s) of its existence. It has a separate identity and existence in 2D energy fields. Although disturbances are not parts of 2D energy fields, they are contained within the 2D energy fields. 2D energy fields encompass a disturbance and they are in constant direct contact with it, all around its periphery in all spatial dimensions of its existence. Every point on a disturbance’s perimeter is in direct contact with surrounding 2D energy fields. All actions on a disturbance are performed by the 2D energy fields. Each 2D energy field affects peripheral points of the disturbance in its plane. Therefore, magnitudes of actions on a disturbance are proportional to number of direct contact between 2D energy fields and the disturbance, which is proportional to magnitude of its perimeter. Since, 2D energy fields are inherently under compression, a disturbance that breaks their continuity is bound to experience compression from 2D energy fields. All disturbances experience constant compression, all around its periphery, from the 2D energy fields of its existence in all spatial dimensions. This phenomenon of external pressure on a disturbance from all around its perimeter may be called ‘gravitation’ or ‘gravitational pressure’. Although deformations in latticework structure disturb stability of 2D energy fields, as they do not cause discontinuity in them, deformations or distortions in their structures are not ‘disturbances’. Deformations of 2D energy fields are ‘work’, existing in that region. They are not separate entities from 2D energy fields. Stress, due to the deformations in 2D energy fields, is ‘energy’, associated with the work. Energy has no separate or independent existence. As all ‘types’ of work are deformations of 2D energy fields, they are identical. Stresses in deformed 2D energy fields are also identical. Hence, there are no different types of energy.