Eggy

 

Metadimensional Theory

 

 

 

 

 

 

 

 

 

A fractal wave The Universal Moment results from a binary between our Universe and another Dimension (ontophysical). Everything goes as if our Universe tries to flow from every direction into the hypothetic beyond. That is exactly why it keeps un-noticed: the expansion constant defines a zero-balance with it, and the only trace we get is an almost imperceptible “scar” in spacetime - just an omnidirectional "tension" that a merged detector cannot disclosure on the structural tissue (see text). It is the vibration of this tension with "us" (quantum universe) that cascades the interface boundary fractal. FMNL . Ylab SA 2001.

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The Tunnel-Effect

What I said before allows us to easily understand the way in which the “Eggy” uses the tunnel-effect.

We saw that dimensionalization of the black-hole creates a Universal Momentum. The new dimension created by the black-hole generates a binary with the dimension where our Universe flows. What happens then? Does this means that the mass of a black-hole, although enormous, “opposes” against the mass of the rest of the Universe? Yes and no. We must remember that all the structural information contained by the black-hole was completely obliterated by the gravitational decay towards the endlessly shifting center. What characterizes the dimensional boundary is that beyond it the physics laws that rule our Universe do not exist anymore, not even as memories. It does not make sense to say that a new universe is formed (although referring to it as a little universe may be useful and harmless), not even ponder whether beyond the horizon front there is matter or energy – there is only a completely different reality. In the cosmic space, a dimensional interface is undetectable; and what about us?

Circumstances are different. Our dimensional interface is surrounded by the relative plasma; we know that the missing mass is not some other kind of dark matter – it is there, inside another dimension.

We have also seen that in the quantic world the micro black-holes are created by the critic peaks of quantum discretion. What does this means?

The physical investigation of the elementary components of matter reached the quarks world, with their colors and tastes and linked by diverse gluonic cuffs, which spread about creating the weak and strong forces that rule the structural cohesion. Have we reached the limit? Not yet. In fact, we will never reach it (a truth that many physicians recognize but avoid to confess fearing erroneous interpretations from some high hierarchic competences…); which does not mean that such a research field is vain. Heisenberg’s uncertainty principle not only introduced in Physics the need to process all our investigation in statistic terms as obliges us to consider the circumstances associated to the kind of physical and mathematical formulation and the instruments for measurement we use. As we dive into the structure of matter, everything happens as if our research itself could “create” new sub-particles from elementary subparticles. This seems to carry us into a phantom reality, constantly straggling from us, maybe dilettante; but when we think, for instance, that it was quarks discovery which allowed us nowadays micro-miniaturization levels for our nets once built from valves and transistors – and today offers us a processor chip of many MHz (in the last 90’s; today, petaflops) capable to manage enormous informatics structures, as well as the understanding of the physics of super and semi-conductors, new optical achievements, etc., etc., even the most skeptics must surrender to the efficient reality of this world almost exclusively strum by speculation and theoretical investigation. I do not doubt that the evolution of physics and its interaction with our daily routines through new scientific and technological conquers will make our existential and perceptive fields grow into new structural subliminals - forever. Nevertheless we can ask ourselves: are those elementary subparticles to discover “already there”? – which means, do they already exist as matter constituents waiting to be discovered? In this case, there is only one answer – yes.

The existence of the Universe as a discrete structure is not a convenient solution for physicians to deal with formulas and numbers – it is an intrinsic necessity for matter to existentially self-contain that expresses the quantic field (this onto-logic approach to the structural Universe is developed by Fermanl in several essays). The discretization of matter on the relative plasma level flows along the whole subliminal structural chain between the exterior energetic aura and the material nucleus (see Cantor’s interesting continuum hypothesis about this subject).

But the relative plasma is a human artifact – it does not exist in Nature.

The quantic leap between the diverse discrete states around the natural universe level is instantaneous, and occurs on a structure in equilibrium. A conditioned equilibrium, in fact, ruled by the coordinates defined by the big-bang; yet drawn according the primordial harmonic. Will there be an incommensurable energetic aura beyond the limits of the Universe? We do not know, but this hypothesis does not collide with any subject of our physics frame. Hypothesis that our relative plasma indeed turns plausible. Yet there is a difference: the relative plasma is contained by the energy field that surrounds it, while the Universe expands itself freely. And that’s the reason why the universal discretization creates the micro quantic black-holes. The energetic condensation threshold aligns exactly with the universal expansion constant – which means, is zero. The physical field for the exponential subliminal vanishes – and a quantic hole appears, a micro black-hole (the minimal possible mass in quantum physics is 50 micrograms and is named Planck’s mass). What has been encompassed by this black-hole? Most of times, nothing. The black-hole simultaneously implodes and explodes at the dimensional boundary; it generates a hyperfield which density is conditioned by the gravitic circumstantial environment and that randomly azimuths with the mutant background dimensional matrix; and self-transfers in successive leaps – it seems to “evaporate” – until is captured by a cosmic black-hole, where it dissipates. But it can eventually capture a free particle, a probability inferior to the stellar dispersion; when this happens, the particle is “dragged” through the hypercampic tunnel, disappearing at that point and re-emerging further on when one of the successive explosions makes it jump out from the unexpected ride. Fascinating.

The energy field that contains our relative plasma eliminates the natural random component of this process. If we increase the intensity of the incident rays, we increase the energetic concentration at the focus. The energy accumulates until its expansive pressure equilibrates the induced energetic one – and, from this moment on, the mere flux holding precipitates the formation of the relative plasma, a process we name relative or metadimensional condensation. We can vary the chosen ray’s frequency, running the spectrum from infer-red to ultra-violets. The high-bandwidth naturally allows a faster energy transfer, hence why we use gamma radiation; but the variation is needed so we can azimuth the dimensional interface in order to use it as a deflector of the hypercampic axis for our tunnel.

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In quantum world, the dimensional micro-interfaces only orientate according to the universal harmonic. Randomly, thus. In order to define an orientation for our dimensional interface we have to induce a variation on the omnidirectional universal momentum flux. We achieve this modulating the incident lasers frequency and compensating its intensity so that it does not collide with the holographic interface function which rules the incidence angle. Obviously the “spherical” character of our dimensional interface do not gets altered; but the relative plasma gets a deformation, according to the induced variations, as we want. We can so obtain amorphous relative fields (an amorphous field is the one which functional seed is a random one) or geometric ones (ovoid, ellipsoidal, etc.) which will induce an azimuth into the universal momentum and, simultaneously, on the dimensional interface. It is along this dimensional azimuth that we find the hypercampic axis – which we naturally orientate towards our wanted destiny (when the navigation is restricted to galactic sectors, we usually utilize the biggest gravitational mass neighboring the departure star; but when there is a star with a superior mass, though far more distant, placed at the low gravitational interaction cones of the spaceship, that is, perpendicular to the azimuth of the star closest to us, we can directly jump onto it (hypercampic transversal). With the spaceship in stellar conjunction, the triangulation of the desired rota is completed. Our spaceship is ready for the Universal Momentum.

 

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