Graceli and algemetria dimensional relativity.
The graceli dimensions determine the phenomena, forms, structures, dynamics, etc.
Thus, we enter a dimensional relativity, and where the proper dimensions are variable in relation to time, ie a double relativity. That is, a relativity within another relativity.
Where the dimensions that determine the phenomena are also variable in relation to dilate and speed and time.
The four graceli dimensional categories determine the quantum world and the dimensional relativity graceli. Ie the interactions between particles, the production and maintenance of particle orbits, energy, energy spreads, stars, galaxies and the universe are determined by the dimensionality graceli, and for variation pass through this dimensionality that are completed with the four Dimensional categories graceli. How ever eaten published its transformations and potential interactions, variations [as in eddies and expansion.
Thus, the final reference in this case, would be used as the speed of light [c] graceli are the dimensions, which in nature and essence are variable and unstable and indeterminate.
That is, we face a system where the universe is indeterminate and not relative.
A person on a train will have a reference to its speed in relation to itself, but not in relation to the universe of phenomena and dynamics with variations that are outside the train.
And dimensional elements that produce reference and this speed. That is, it is at rest, in speed and inertia in interactions with the medium as well as gravitational fields and magnetic system, etc.
The same applies to the speed of light when you enter inside means rotating systems, propagation, expansion, etc.
And this also occurs with the particles and the quantum phenomena, including the ¨ ¨ h Planck, ie do not have a c nor an h as reference index as the energy, position and motion systems.
And where the continuum becomes unknown, or undetermined is what is what is likely to be [graceli theory of unpredictability].
In other words, we are facing an indeterminate and unified system where agents are the dimensions, not the dimensions of the phenomena with results.
And this goes to the geometry [algemetria graceli [see on the Internet]], and serves to orbits, structures, and productions and transformations of particles and chemical elements.
However it forms a unity between interactions, fields, particles, orbits, structures [stars, particles, galaxies, the universe and black holes and graceli dimensions].
That is, a super activated and unified through graceli dimensional and four dimensional categories.
Φ = tG
tG= I = SDG = CdG ufegtpd =. = Ód. = Pr
SDG = CdG ufegtpd =. = Ód. = Pr
Dimensional system graceli = Categories dimensional graceli = unification phenomena, structures, geometry, transformations, and potential developments, dimensions, = dynamics, orbits. = Parities charges renormalizations.
And these uniqueness produces waveforms distortion variable and indeterminate and expansion of space-time, field, energy, inertia etc.
That is, mass, inertia, time, space, gravity, interactions become unified and well follow waveforms unstable and variational parameters.
Do not we have a four-dimensional space, but dimensional categories graceli. In the space-time besides being dimensions, but they are also variable by dimensional categories. And they are not curved, but oscillating with varied and indeterminate flows as variations of dimensionality graceli.
And that does not follow a geometric system, but dimensional algemétrico. [That is exposed on the dimensional algemetria graceli [see published on the Internet].
The conveying speed time, and the time carries space. That is, the universe must be consisted of more than four dimensions. For now we will work with five, which includes the movement. The movement of the phenomena, the speed of expansion of the universe, the speed of the particles, energy, electromagnetism and gravity.
That is, in this sense we have the fifth dimension, where time is replaced by the move and exist according to speed and to dilate. And taking with him the three dimensions of space.
However, speed is produced by another agent that is energy, gravitational fields, electromagnetic and electroweak. That is, it depends on creating the sixth dimension, the energy forces and fields and means.
However, the speed produces another force, which is the inertial, or inertia acts on the speed which in turn is created by the own speed, and these two can carry time and its change and expansion and space. In other words, we have the seventh dimension.
However, what we have are forms and geometries that acts on the movements, dynamics, inertia, momentums, time and space, and especially in energy transformations as the production of electricity and its variations. Even in space we see the dynamic and varied the forms vortices and their angular momentum and centrifugal actions. In other words, we have the eighth dimension which are forms [geometry] media, fields, waves, energy and dynamics, which by nature are variable.
And as the ninth dimension we have the capabilities of changes, developments, interactions and loads of rearrangements. Which includes the quantum, nuclear and particles.
And as the tenth dimension we have the potential to produce phenomena and transformations features, interactions, evolution and decay. That is, as an example we can cite the magnetics and dynamics to produce electricity, produce uranium radioactivity, hydrogen to produce isotopes in the case deuterium and tritium. Oxygen combustion, the expansion of mercury, iron vibration or expansion.
And the eleventh'll put the correlative phenomena, as only expansions, vibrations and variations, ie a dimensionality within another dimension.
The dimensions are unified between its equivalence continuum and also the equivalence between the potential changes and expansions.
Dimensions in this case are not absolute coordinates, but rather coordinate variables.
Imagine a vibrating system, flows, variations of oscillations and dilations to reference a phenomenon, so this phenomenon in nature is undetermined.
Φ = tG
tG= I = n-dG = f and g [dv] = III g + r.
n-dG = f and g [dv] = III g + r.
n-dimensions graceli = phenomena, structures, geometries = expansion and variations = instability, unpredictability, indeterminalidades + relativities.
And also to be a wave system as a reference we see that the various streams will reference the waves will have a limit x, then no longer be referenced. Will exist, but referrers, or a universe without reference ,. And this happens with particles and gases under pressure, where instability can reach the highest level, and so does the explosions and mass expansion, inertia, fields, and time and space.
With this we have the dimensional algemetria graceli relativist. [Ie a physical and a algemetria].
A universe of varied dimensions and expansion produces an equally varied and relative algemetria.
Where the dimensions determine the movements, curves and forms, structures and interactions and statistics.
Imagine a flag that is flat and turns to wave bend with the wind.
fp .ddG.
Primary form. Dimension dynamic graceli involving wind speed / time
Sequential math.
1/1 + p.
1 / p + p.
P
1/3
Infinitesimal of graceli more 0 to 2. [Note: other infinitesimal lie between 0 and 1.
An algebraic calculation graceli infinitesimal by the method of multiplication, division, division sum.
1 / = x⇔y
1 / = pxp⇔yp
P
1 / = xp⇔py
xp⇔py-1 =
where form bends and shapes. Limits, derivatives, and statistics and matrix.