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The Gravitational Aether, Part II: Gravitational Aetherometry (9) -

Quantum and Subquantum Aether (Anti)Gravity:

Fine Variation and Determinations of G

**by Correa, Paulo N. & Correa, Alexandra N. **

Published in April 2008. 92 pages.

*Aetherometric Theory of Synchronicity*, Vol. 2

**Monograph AS3-II.11**

**Price:** US $80
($30 ISFA)

ABSTRACT
The present communication has an ambitious reach. It describes in detail the fine subquantum structure of the Aether lattice, and identifies its
properties: the modal (or tendentially invariant) Planck's length, which is
an actual wavelength (λ Thus, we are led to present a specifically aetherometric "cosmogenic production scenario". We suggest that these ultra-high energy, massfree ambipolar charges are the real cosmic primaries responsible for the ultra-high energy spectrum of cosmic rays (CR). We also indicate exactly how these tremendously energetic particles are released from the Aether lattice in the process of production of Matter and "cosmogenic radiation" (CBOR, mCBR and rCBR), by secondary superimposition of (2°) lattice elements derived from the energy of the (1°) ambipolar lattice constituents. Accordingly, our aetherometric model also explains how emission of gravitons from the Aether lattice accompanies the condensation of mass-energy and the emission of ultra-high energy ambipolar charges (CR primaries). Aside from the "production scenario", the outcome of this approach is a theory of the dual structure of gravitons (in phase-energy constructs and in "free transit"), the identification of their precise fine structure and geometry, and a model for the local, punctual variation of G. We examine the fine structure of the Aether lattice of space in all its phase energy configurations that produce either the 'universal invariant' G force or a bipolar variation that locally increases or decreases G. In particular, we focus on how leptonic and baryonic particle creation necessarily engages a local G increase, as opposed to the local G decrease expected when the lattice releases antigravitons instead. A total of 8 processes are isolated, and 14 distinct aetherometric functions (including those relating to the conversion of the Newton into the meter-second system units of force) are employed in the determination of the correct value of the 'invariant' G, whose simplest expressions is: G = λ also termed the aetherometric lawful value. This value of G is found to be remarkably close to the mean±SEM of 16 distinct numerical determinations: G = 1.107458228*10 In the course of the investigation, the exact value of the so-called
'Planck's length' is determined as an instance of a wavelength function
shared by both gravitons (of either type, phase-graviton or transit
graviton) and the ultra-high energy ambipolar charges that modally
constitute the Aether lattice. We propose an exact value for the
invariant or modal Planck's length, and further propose that, whether the
length (function) is variable or invariant, G is always the product of that
length by m sec /e = G/m sec Clearly, and 'Planck's length' are variables involved in the physical and analytical determinations of G, of its value and its variation. These findings give rise to Lastly, but not least, our findings and proposed theoretical approach also lead to a new geometric and topological model of all gravitational energy units, and thus a novel energy-based treatement of the phenomena of gravity, gravitation and antigravity. We propose that there are two different families of gravitational energy units, or gravitons, whose detailed fine-structure geometry and wavefunctions we believe to have 'cracked': 1. A family of toroidal structures to which the phase-energy graviton belongs, and which can serve as energy storage (as in holding mass-energy together, or in free fall, etc). 2. A family of epicycloidal structures to which the primary gravitational energy swing and all 'transit' gravitons released from the lattice belong. Finally, a complementary model is proposed for the 'native state' of the
entire Aether lattice based upon the intra-lattice interaction of ultra-high
energy (10 E |