Breakdown of universal medium

Entire space, outside the most basic 3D matter-particles is filled with a universal medium structured by quanta of matter. Quanta of matter form two-dimensional latticework structures (2D energy-fields) in all possible planes in space and together they form the universal medium. Universal medium is a self-sustaining entity that strives to be stable, isotropic, homogeneous and serene. Due to frequent migrations or loss of quanta of matter junctions in lattice works of 2D energy-fields remain continuously agitated and their points of contacts are not steady. This makes the bonds between linking quanta of matter in 2D energy-fields very weak. Hence, with sufficient deformation, the latticework structures of 2D energy-fields may be ruptured. Large deformation efforts in parallel but opposite directions in nearby regions may breakdown latticework structures of 2D energy-fields in the universal medium. Rapture of 2D energy-fields creates gaps in them and release quanta of matter free in the region. Depending on the availability of free quanta of matter in the region, universal medium may create new photons in the region, radiated in the form of light or other forms of radiation (as we notice during lightning strikes, electric arcs, Chemiluminescence, etc.). Quanta of matter of very large matter-content (size) may cause extremely large deformation of latticework structures in 2D energy-fields so that their structure may breakdown. Sudden mechanical impulses (including sound) may also breakdown these structures. Parts of 2D energy-fields, formed by triangular arrangements of quanta of matter are highly stable and have very robust structure. Impact by free photons or fundamental 3D matter-particles breakdown these types of regions in 2D energy-fields.