The Faster than Light Field: Further Developments and Results

In previous works, 1, 2, we introduced the orthogonal field, the origin for all four fundamental forces, forming therefore the theory of everything, the most wanted and looked for theory in physics of our time. It is an imaginary mass field consisting of tiny particles that must move faster than the speed of light c. The field stationary signal creating stationary waves as surfaces, around every electro and magnetic fluctuation in the real space. Adjacent layers interact, resulting in a pulling force toward the center of the structure. This is the source of gravity and the microscopic forces. Here, we further develop the model, and particulate various properties and behaviors in the faster than light space. We derive solutions for about twenty long lasting mysteries in physics, that explain behaviors and expand our view of reality, and form the basis for possible technological advancements. Examples include: (1) The realization that photons are the time; (2) Still, faster than light technologies are possible, and true anti-gravity technologies yet also. (3) Travel to the past or future is unlogical; we might travel to the present of distant galaxies. (4) Gravitons are the source of energy in gravitational waves. (5) A black hole∖big bang is not necessarily a point of infinite density. (6) Just two parameter are required to describe reality; these are the fundamental parameters of the vacuum, Formula: see text and Formula: see text (Formula: see text is the vacuum magnetic permeability, and Formula: see text is the basic electric constant). (7) In very special conditions, matter can be created in the interface of the imaginary mass field with the within c space; therefore, there was a first big bang, and most probably infinite many others since, and the multiverse is a collection of all these different big bangs’ universes, where galaxies might travel in such a multiverse. (8) Dark matter and dark energy are signals or consequences of the field. (9) knowing its true properties, gravitons and its signatures can be measured. (10) The field is responsible also to the structure of Atoms.