Eggy

Metadimensional Theory

 

Y Tensor

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Quantum Field and Dimensional Field

A quantic field is a discrete field; this means an events horizon formed by minimal indivisible units called quanta (quantum in the singular). The structural knowledge of this field is ruled by Heisenberg’s uncertainty principle and has its metadimensional harmonic threshold at Planck’s constant. The discretization of its force particles constitutes the metaenergetic liminar for Dimensional Physics fields.

In Dimensional Physics, Planck’s constant takes the name of Wave Unstructuring Liminar. It is this liminar that characterizes the microtriangular fractal rim of the metadimension, from where the wave tensors accelerate onto the Dimensional Liminar - into infinity.

The wave tensors are Y tensors, and the Existential point of a Y tensor is the interdimensional flux point of the metadimension. This point, placed at center of the vector intersection, is the vertex of an oscillating isosceles triangle which base has the length of Planck’s constant and is defined by two points placed on the gravitation constant (gravinos floaters. Gravinos are gravitic quanta, just like neutrinos are mass-energy quanta. The gravitic discretization is the one of a force wave – the gravitic force. All the problematic involved on the discussion of gravity was blurred for long years because of a parallax error around wave mechanics: we searched somewhere we could detect the wave-particle duality, when gravitons are quarks similar to gluons, with its specific characteristics. Gravitons are tensioned by gravinos randomization). This triangle, of uncertain fixed base (Heisenberg structuralism) constantly expands along its iso-sides (Hubble constant reflex), which inter-define an angle tending to zero. A wave tensor always orientates vertically.

The metadimension fractal rim encompasses a meta-discrete field of systematic loss – where the material particularization is nullified. It is a fractal sphere with center on the dimensional liminar which expands through the negative coordinates into de second aleph.

The Intervector Flux Point is a universal momentum point azimuthed by the flux vectors. A flux vector is an infinite tensor. Hence, the metadimensional field id an introverse crown of infinite tensors which number is also infinite - and this crown tends for a spherical extrusion centered on the non-essential boundary of the dimensional liminar.

All this shows us that a wave tensor or Y tensor is constituted by three sub-vectors: the two floating iso-vectors and the flux vector.

The center of any material particle is a metadimensional field. We name Field Tune the equilibrium point for all the particles globed by a dimensional meta-discrete field.

The wave tensors allow us to understand a metadimensional field – for instance, relative plasma. The extruded character of the fractal sphere that contains it frequently gives us a sensation of a superimposed duality upon the center and to the surface where the exclusion principle becomes ponderable: that is a parallax in perception that stems from the wave-particle duality on Quantic Physics. What we see are exactly the floating iso-vectors of the wave tensor.

The isovectors expansion is given by the progression

 

Thus, the metadimensional Tension of this field equals

 

Where E is the field energy by squared second (at rest or in relative charge), m is the particular mass a priori or condensed (nucleosynthesized), lambda is the metadimensional constant, h is the height of the wave-tensor isotriangle and delta is the wave unstructuring (| 03:00 20111003 turing machine) liminar. As for a relative plasma h=lambda in electrovolts, we get

Its formation tension is      

And is associated to a constant – the metadimensional constant, which equals the height of the first considered isotriangle. That’s why the decrement of the fractal rim does not afect the flux vector. The height of the first considered isotriangle is a function that numerically equals the inicial energy of the metafield. For a particle, it is equal to the gravitic force produced by that particle; for a group of particles (a nucleon, an atomic nucleus, an atom, a star, a galaxy, etc.) it is equal to the gravitic force produced by that group of particles; for a relative plasma it is equal to the inicial energy (the initial energy must be equal or superior to the activation energy, which turns to be one unity superior to the entropy loss).

As we can see, the minimum energy for the formation of a metadimensional field equals half of the wave unstructuring liminar, which is, a quantity equal to half of Planck’s constant – and this harmonizes perfectly with Dimensional Physics and the statement before expressed that the center of any material particle is a metadimensional field. Once again we must be careful about the parallax error induced by Planck’s liminar (in quantic physics we can not say “half of Planck’s constant” because this one is an unsurpassed limit). Once we cross Planck’s Door, the wave unstructuring liminar is not self restraining for dimensional physics. The expression delta/2 is not absurd. (Explain, from Heisenberg the Uncertainty Principle).

We also see that the metadimensional minimum tension of this field for a material particle in universal flux is equal to the expansion constant, because this is the coherence liminar for the gravinos.

As the intrinsic energy of a particle corresponds to the product of its mass by the squared light speed (mass energy for the quantm field), the energy for relative condensation liminar can never be inferior to half of

      Nx 300 000 x 300 000

    9.39550 x 102 x 9 x 1010

84.5595 x 1012 MeV (neutron’s mass energy) x 6.6260755 x 10-34 joules/second (wave unstructuring liminar) x (Activation Energy)3; this is

     E(act)3 x 280.1488156211 x 10-22 joules/second or MeV

This metadimensional tension is named Metadimensional Pivot for the E energy metafield. It is obviously greater than the metadimensional constant, yet extremely small, as we also can deduct; nevertheless, this energy is enough to put the whole spaceship floating on the metadimensional liminar.

Now we want to produce a mass that equals the spaceship’s one. The mass increment on the metadimensional pivot inversely exponentiates according to the relation described for the isovectors expansion. Replacing on the previous equation the neutron energy (9.39550 x 102 MeV) by its mass in grams (1.67482 x 10-24) and multiplying the found value by the spaceship’s mass, also in grams, we obtain a quantity that, gauged on the isovectorial exponential, tells us how many seconds it will take to get the Metadimensional Mass for the system. Obviously, the bigger the feeding flux intensity, the faster we will get that mass; but curve for this growth is really steep , as we can visualize through the wheat grains parable duplicated on the chessboard.

 

The metadimensional mass is a virtual mass that becomes efficient because of the “translation” allowed by the metadimensional interface. The “real” mass of the nuclear neutronic condensate is less than one gram, although an ostrich egg cell in the particles world; but the system “feels” that little mass as a second spaceship lay with its crew on its core. Now we only need a second variable magnetic field surrounding the nucleus like the deflectors of a normal kinescope, so that we can polarize the virtual sphere in any direction , simultaneously polarizing the gravity center and making the spaceship turn; it is not the sphere that moves, but the binary of “the two ships” projection point – and this magnetic field follows the same isovectorial exponential!...

At this point we say that the spaceship is ready to enter space flight.

                                                             ***

A gravitic deflection system is really useful. As I said before, the metaparticular attrition is “slippery”. Any impulse shoots the system into luminary speeds where the inertial compensation would involve – if only mastered by action-reaction systems – immense orbits (and this assuming that we could produce the needed energy levels, for systems that would vindicate a useful mass superior to the one available through the relation E=mc2 – absurd). A particle travelling at light speed equates a normal Cartesian balance for all its components and its ponderable values solve into infinity. The only way to control a massive system in metaparticular attrition consists in using the interface itself as a “deflection fence”.

The Eggy “surfs” the metadimensional interface  like a snowboard slab. On a snowboard slab you get deflection projecting the gravity center in the opposite direction to the desired course; but how can we translate this effect into our system?

Consider the soap cube we use for our bath. It slips easily from our hands and often shoots off over the wet tiles, caroming through the whole surrounding space. Consider one of its trajectories: although attrition is minimal in any direction, the soap moves along a straight line, pushed by the movement’s inertia. Everything goes as if the soap falls along its trajectory, following the line described by its gravity center. If suddenly the tube-pit where the soap is falling reoriented in space as a perpendicular to the previous direction, we would see it suddenly inflecting ninety degrees and joyfully carrying on its space slide.

Our rudder function is precisely that deflection of the gravitic pit where the system spaceship-rudder falls through space, moreover benefiting from the fact that metadimension instantaneously nullifies the inertial component for the previous course. The Eggy can flex for any angle with a limit below the wave unstructuring liminar – almost imperceptible.

On the other hand, the braking as well benefits from the isovectorial exponential that rules the interface coordinates, automatically generating an acclimatization tuning that rends almost unnoticeable sudden speed changes.

These flight parameters hold even for the navigation through fluids – air, water, etc. – as speed is only conditioned by the transduced molecular compression tax for the considered fluids.

When the Metadimension smiles, a Star is born!

 

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