Dimensional mechanics Graceli.
Transcendental and categorial dimensions Graceli.
Dimensional mechanics of types, states, effects and potentials of materials and energies.

That is, the dimensions can be divided into categories.
1] Those that measure distances such as space and time.
2] To which densities and conductivities are measured.
3] Those that transform materials into energies, and energies into other types of energies.
4] entropies, entangled, parities, and others.
5] All types of fields, including isotope, radioactivity and cohesion fields.
6] Radioactive, fission and fusion.
7] Of refractions and spectra and dilations.
8] The one that leads and absorbs, or even diminishes the processes of energies like thermal, radioactive, electromagnetic and of variations of moments.
9] Potential and phenomena Dilation of mass, entropies, energies, momentum, inertia and time.
10] Porosity, viscosity, elasticity, transmutation.
11] From momentum, interactions and inertias [inertias are defined of various types besides the known types, but also those of potentials of transformations, interactions, transmutations, entanglements, parities, refractions, transpassages, entropies, dilatation, combustion, elasticity, And other phenomena and interactions. Existing in materials and energies.
12] As a rectilinear, vortex, centrifugal momentum, vortex action along with cohesion field, and with rotation and dilation during rotation. These phenomena also exist in the form of inertia.

That is, the dimensions can be divided into a science [Graceli dimensionology] for being so many and in so many different categories.

13] Potential for instability and stability in the phenomena of entropies, fusions and fissions, thermodynamics, and fields, electromagnetism and materials and transformations.

14] The meaning and direction of time.
Imagine a runner running straight, but suddenly it comes back, speed time had a forward sense, but with return time continues to count, but the sense in relation to space turns in the opposite direction. And time goes on.

However, it is always good to remember that time does not exist as a thing in itself. It is only a representation of the displacements, or of the fluxes of phenomena and of consciousness itself, or unconsciousness].

Another point to note is that there are other types of entropy defended by Graceli, such as entropy of radioactivity, with fusions increasing potential energies, and with fissions increasing transformative energies.

Or even in radioisotopes.
Or even in electromagnetism, currents and conductivity, and they vary in the relation between types of materials with types of intensities of magnetism and electricity, or even during the production of both at the same time.

Entropy of Graceli 1.
The entropy is irreversible to its exit point, but it tends to have other stopping points, or even other potential advances, leading to a programmatic disorder by the patterns and potentials and types of matter and energy for each chemical element with its Physical potentials.

Another point is that electricity, magnetism, and other fields, including radioactivity and thermal, can occupy the same space, quantum state at the same time.

Entropy of Graceli 1.

The entropy is irreversible to its exit point, but it tends to have other stopping points, or even other potential advances, leading to a programmatic disorder by the patterns and potentials and types of matter and energy for each chemical element with its Physical potentials.

Another point is that electricity, magnetism, and other fields, including radioactivity and thermal, can occupy the same space, quantum state at the same time.

Transversal size of Graceli.

Another point of fundamental importance is the transpassage.

For it also depends on the materials and energies and varies according to the potential and pattern of transpassage of each one.

Graphene has one of the hardest materials, and one of the most conductive and always remains at low temperature, even being stimulated by thermal variations or pressures. That is, it is a type of dimension that involves conductivity, strength and hardness, and with small potential of transpassage [however, with great transpassage of radioactivity].

15] Dimensional transmissible Graceli space.

Force over dimensional space. If it were to look for a scope of space one could give density and energy to space, or even movement as a means by transforming phenomena and time within this space. Where space would act on time and not on the contrary.

When breaking the space of an elastic means, or even ondular it is verified that it can have several changes during a transpassage. And that according to these densities and types and diverse potentials like the dimensions in categories quoted above by Graceli, it will be seen that dimensional space may have more variations than one can imagine.

Space with this becomes transmutable, that is, it is not uniform, or even homogeneous. Space itself is a variable dimension, and time becomes a stable dimension [without altering changes].

The light undergoes changes in its path and shape and spectrum and entropies as it enters a denser medium, and varies according to the density and even the color of this medium [see physique for black body and white body of Graceli].

Or one with higher temperature, and with potential for dilation and radiation action].

That is, space is much more susceptible to variations and dilations than time.

With this the space is no longer three D, but TD [transdimensions]. And that space is fundamentally related to the energies and potential types and patterns of materials.

16] dynamic momentum and inertia. According to the sense of motion, velocity, oscillatory fluxes, and curved or straight form producing vortices, centrifugal action and centrifugal inertia, and centripetal action and centripetal inertia if there is a type of dimension, since as these agents being favorable or contrary to the conditions of movement Of a corridor, or even of photons that enter a system in opposite radiation will have changes in its speed, entropies, spectra, dilations, refractions, scattering, and other phenomena.

17] The same occurs in a system of waves, explosions, and also has actions on dilatations of the phenomena themselves as well as space and time, and other dimensions such as those cited above.

[Effect 257].

That is, it is an effect and also becomes a dimensional category.

Dimensional category 18]

Graceli's transmissible optical-photoelectric effect.

Graceli Effect 256.

The light entering a pool of liquid will have a refraction and deformation x + variation according to the density, viscosity, color and temperature of the pool liquid, with changes x + changes in its entropies, spectra, refraction, parity and order of electrons, entanglement Of loads within the photos. With changes also according to the time of light when entering the pool.

That is, changes in types of densities, intensities, oscillations, dynamics and other agents are also a type of effects and also of dimensional category.

Comets as they approach Jupiter and Saturn in the direction of favorable movement go from long orbits to short, and vice versa.

As well as about normal orbits for retrograde and vice versa.

Variations happen with light as you approach these planets with and in relation to your senses of movement.

Effect 259.

19] Plasmas and states of low temperatures also have actions on the phenomena producing both their own and variational effects, as also the states of matter and energy are a dimensional category.

Entropic effect 260.

The entropy of Graceli 2 ..

In a closed system the entropy tends to decrease as the energies tend to decrease. As also the entropy follows variational flows and cycles according to the oscillations of energies. There are also other types of entropy besides the thermal. Such as radioactivity, electromagnetism, parity, and entanglement, and the reorganization of charges.

Entropic effect 260.

The entropy of Graceli 2 ..

In a closed system the entropy tends to decrease as the energies tend to decrease. As also the entropy follows variational flows and cycles according to the oscillations of energies. There are also other types of entropy besides the thermal. Such as radioactivity, electromagnetism, parity, and entanglement, and the reorganization of charges.

20] The types of materials and energies determine the types of variations and dimensions. Like entropies and other phenomena.

The instability of entropy flows leads to general indeterminacy over all other phenomena, including entropy itself.

Effect 261. Effect of Electron Shield.

As the entropy increases in a system of plasmas, the effect of the "electron samba" occurs. Where the electrons become more vibrant and with greater intensity of interactions. Where they are separated but with the same rhythm of the music.

21] temperature, types of molecules of the elements and their processing and evolution flows, radioactivity and radioisotopes, and fields are fundamental agents and dimensions in the process of development of all phenomena and the universe.

About graphene.

Graphene is an atom-thick honeycomb lattice sheet that exhibits some amazing properties on the nanometer scale. It is stronger than steel, harder than diamond, and incredibly flexible - and now appears to be able to withstand high charge density.