What Are Stress Fields And Their Relation To SFD Theory?
On a global and basinal scale, the earth’s crust is under variable stress resulting from crustal plate (tectonic) movements that produce subsurface mechanical interactions. Mechanical stress is manifest in the macroscopic deformation of buried sediments and rock strata, the microscopic deformation of their constituent minerals, and ultimately on the subatomic level. It is well known that electrical energy balance in a crystal lattice is maintained by the alternation of equal and opposite charges. However, when the crystal lattice of a material, for example quartz, is suddenly subjected to stress, electromagnetic radiation will be emitted. Under sustained localized stress conditions, we believe that ‘scalar energy fields’ are also generated or modified at a quantum level. The word ‘scalar’ in its basic form means that the field carries magnitude but not direction, unlike vector fields resulting from conventional electromagnetic fields that carry both magnitude and direction. The generat
