Correspondence of AWT and other theories

The Aether concept as a "zero dimensional particle theory" is quite fundamental TOE and it cannot be omitted from physics due the Occam's razor and Anderson's "More is different" principle. It serves as a conceptual Newtonian mechanics based glue between relativity theory and quantum mechanics both on cosmic energy/distance scale, both on Planck scale. But the Aether multi-particle concept goes even deeper - it can help us to redefine the whole observable reality on the background of probability calculus. It's not still the ultimate approach, as it cannot explain, which the Aether is composed from and why reality exists. But if we consider, the reality exists and its composed of infinitely many pieces/units, it enables us to predict the appearance of this reality on the background of scale invariant fluctuations of such system.

The Aether Wave Theory is closely related to Constructal theory, Process Physics, Unparticle Physics and Emergence Theory - it can serve as the conceptual base of all these theories. The concept of Aether foam covers the quantum foam or spin network of LQG theory, the protosimplex lattice of Heim theory or the recent string net liquid concept. And the non-linear properties of Aether foam can reconcile the dual aspects of general relativity and quantum mechanics and quantum field theories (the free fermion models of string field theories in particular). As a particle theory the AWT is closely related to Garett's E8 group theory, because the Lie E8 group describes the tightest structure of hypersphere particles, exchanged by another particles, recursively.

If all these theories are relevant each other - as the correspondence principle requires - here must exist some common connecting point/concept and we are forced to find it, because it's unacceptable to have so many theories, which are incompatible each other. Therefore the AWT isn't limited to realm of physics, as it describes the general connections/interactions inside of all multicomponent systems, including the biology and sociology and theories of information spreading.