[eeeeeffdp [f] [mcCdt] [+ mf] [itd] [cG] [tiG].
tig - transcendent and indeterminate of Graceli.
The transcendent states of Graceli, and path theory for state and energy phase changes, structures and phenomena.
Trans-intermechanic quantum Graceli of transcendent states of Graceli and interactions of ions and charges.
Paths of transformations and interactions of ions and charges, tunnels and entanglements.
Effects 9,361 to 9,380.
During phase changes of quantum states, physical states.
That is, the processes follow differentiated paths of round and round according to the types of phase changes, such as from solids to liquids, and vice versa, and from liquids to gaseous and vice versa, from solids to gaseous and vice versa .
That is, for each type of transcendent state there are paths of differentiated intensities and phenomena.
The same for quantum states and transcendent quantum states Graceli.
For example, an electron that is emitted is different from the absorbed one, that is, it has differentiated actions. This has effects for several other phenomena.
The same for liquefaction purposes, and condensed states, plasmas, and others.
Or even for electric, magnetic, radioactive, luminescent, kinetic, entropic states with differentiated back and forth paths.
A and B, is different from B and A.
And with variables according to types of energies, states, families, isotopes, phenomena, dimensions of Graceli [agents and categories of Graceli].
The going does not determine how the return will be, and every inverse brings new perspectives and new phenomena. [this also fits in the mathematical topology of paths].
Indeterminism of the paths of Graceli.
It is impossible to get exactly the same values at times and spaces different from more than one variable, even within a minimum or maximum limit of accuracy.
The paths also follow other parameters, such as:
In states in transformation and phase change, which may have differences between types of materials and energies, and types of states.
With variable effects on dynamics, isotopes, tunnels, entropies leading to a statistical system of disorder, enthalpies by changes of parallel and deconstinguish phases, jumps and quantum fluxes, interactions of ions and charges, emissions and absorptions, entanglements, momentums, variations of potentials electrostatics, and others.
That is, as an example it can be mentioned that the evaporation of the mercury is different from the water, and that of the oil. And there he goes.
The same for sublimation, solidification, and others.
Where the types of structures and energies and the physical states determine the transcendent states Graceli [ETG].
And according to agents, states and categories of Graceli.
[eeeeeffdp [f] [mcCdt] [+ mf] [itd] [cG].
Leading to a trans-intermechanical relative transcendent and indeterminate.
The different variations in directions and intensities of pathways also occur in other states, such as the quantum state, and Graceli states [transcendent, energies [radioactive and decay, electric and magnetic, kinetic and momentum], and phenomena and categories of Graceli as entropy potential, enthalpies, tunnels, entanglements, electrostatic, ion and charge interactions, and others].
Paradox of Graceli's Rabbit [alive and dead at the same time].
Where every phenomenon to exist comes from a cause, even if we have knowledge of it.
Imagine an unexpected and improbable quantum leap; it has physical and chemical causes and dimensions of positions and distances [dimensions of Graceli, distances], which have no connection [not everything that happens inside a particle has knowledge].
That is, if it has a causal determinism.
And on the other hand, for the observer is an indeterminism.
And on the small and infinite level is also an indeterminism, with this the rabbit of Graceli is alive and dead at the same time, as a reference to Schrödinger's cat.
Or even an x or y entropy, that is, within a particle there are several momentums and entropies, interactions of energies, ions and charges, tunnels and entanglements, transformations and decays, and others.
That is, one can not determine all the phenomena that actually occur within a particle.
That is, if it has an approximation of reality, and what reality really is, and both exist at the same time.
That is, determinism and indeterminism at the same time.
The same occurs with theorem H.
Paradox Graceli of the caterpillar X butterfly.
The reality of states and self-states are two realities at the same time, and there are one dependent on the other, and the other with no dependence.
That is, reality itself exists independently of the observer [subject-object], and the reality of the observer exists dependent on the phenomenon itself.
But, both exist at the same time, and different spaces and places.
But when within the mind also becomes a reality in-itself in the mind about external reality.
That is why one has both the caterpillar and the butterfly existing at the same time, and one inside the other, even before it exists in itself.
As it also has the transformation during the transpassage, that is, if there is a reality in the mind always prior to what has already been realized in the in-itself, with this one has [subject-transformation-object]. [this can also be a metaphysical theory and knowledge].
With this you have a certainty and uncertainty at the same time. And where the wave function of the MQOS can be both true and false at the same time.
With this there is no simultaneity between phenomenon itself and observable, leading to another kind of indeterminism.
the position (x) and velocity (or moment: px = m vx) of a particle could not be determined simultaneously.
Or even a single phenomenon can not be determined in its essence in itself, since there is a space and time between phenomenon in itself and observation.
Even in spectroscopy one has the time of registration between in-itself and record spectroscope.
With this the caterpillar produces the butterfly, but the butterfly is not the caterpillar. There is a relationship between the two, but it is not the same. They are two things with different time, space, form and phenomena, one is inserted in the other, but it is not the same thing.
With this they are non-simultaneous and not phenomenal in time, space, geometry, and phenomenality.
Peripheral orbital layers Graceli.
The atom of Graceli.
Atomic quantum category Graceli.
The wavelength in the emission of photons and electrons does not depend only on the orbits that the electron made the transition in the orbit change.
But also of all energies involved [electricity, magnetism, temperatures, luminescences, momentums], phenomena, isotopes, dimensions of Graceli and its categories, leading to a transcendent and indeterminate system.
The number of electrons in the atom is not determined solely by the electric charge of the nucleus, which in turn is also not a consequence of the number of protons in the nucleus.
That is, it will also depend on other factors such as:
Also of all the energies involved [electricity, magnetism, temperatures, luminescences, radiations, momentums], phenomena, isotopes, dimensions of Graceli and its categories, leading to a transcendent and indeterminate system.
[imagine the solar system with the sun in the center, the planets, and these with their satellites, and each with its atmospheres, where each center of these has its own orbital layers], that is, if it has levels and types of centers of orbital layers of Graceli. inside each other.
Even in the spectroscopy one sees in the colors and flows of the lines the dynamics of flows and their indetermity according to the time of spectroscopy.
There are neutrons outside the nucleus, that is, atoms with more than one nucleus scattered within the atom. [This confirms the existence of other variable and transient types of atoms, and where the orbital layers follow patterns other than just what they see in the current azimuthal layers.
Where there are also peripheral Graceli orbits in the same atom.
The atom is not the same for different chemical elements, different elements if they have different atoms. Where also the peripheral layers have their most forceful actions.
The peripheral orbital layers of Graceli formed by neutrons and peripheral nuclei can be proved when one side of the atom has higher electrical energy than the other side.
Atoms of heavier elements have more peripheral orbital layers Graceli than simple atom, such as hydrogen.
With the orbital layers of peripheral Graceli there is a new atom [of Graceli], where the azimuthal layers do not enter, or have to undergo changes.
This can be confirmed by confirming that the emission of waves and electrons are more on one side of the atom than uniform emissions from all parts of the atom.
Principle and effect of the inclusion of Graceli.
By this infinities [fermions] can occupy at the same time only one quantum states. And produce new quantum states according to their energies and isotope types according to their atomic numbers.
With this, each orbital layer of Graceli has its intensities and capacities to be occupied and constituted of fermions [electrons, protons and neutrons]. For an atom consists of blocks of peripheral orbital layers.
That is, it can have the center, and several other peripheral.
Different forces and energies can operate at the same time and in the same place. This is confirmed when one sees that atoms are constituted of electricity, magnetism, radioactivities, temperature, dynamics and momentums, and phenomena as interactions of ions and charges, and transformations.
Theory of the increasing universe of Graceli.
At all times chemical elements are forged, and new energies are processed.
Universe protagonist.
The mass, energy, and matter of the universe are growing, thereby breaking a symmetrical system of mass conservation, energy and momentum, and electric charge.
The sun and stars are power plants and syntheses of new materials.
Trans-intermechanic and Graceli effects.
Kinetics of materials and energies according to resistance to pressures, and according to categories of Graceli.
Variational effects and chains for mechanical systems in media under pressures. [kinetics of structures under pressures and according to Graceli categories of structures, energies and phenomena].
Effect 9,381 to 9,390.
Emission and absorption of radiation of material types and energies in thermal, electric, magnetic, radioactive, luminescent, and under pressure media, with variations and effects on quantum fluxes of jumps, vibrations, ion and charge interactions, tunneling and entropy and enthalpies, variations by electrostatic potentials, transformations, decays, and others, according to agents, states and categories of Graceli [aecG] ..
Pressure means with variations of the own pressure and with variations of energies and phenomena that will produce effects on the structures, the own medium [forming an oscillating medium varies], energies, phenomena and dimensions of Graceli, and according to its categories. [the energy that transforms the medium, and vice versa]. Forming a system in chains of actions and non-equivalent reactions.
And with effects on secondary phenomena and on chains.
Each type and level of material have their own potentialities of resistances and transfers of energies and phenomena, and transformations of structures when under pressures. And according to agents, states and categories of Graceli.
This also fits for isotope transformations, and according to their Graceli types and categories.
Trans-intermechanics and effects of:
Generalized unification Graceli between structures, fields, and energies.
Gravity is related to temperature, which produces interactions of ions and charges and emissions of waves and particles.
Where we have with this a general unification Graceli, and a unified system where one has the matter also as phenomena, that is to say, waves, matters are phenomena, that is, a phenomenology Graceli.
All decaying isotopes produce radiations and emissions of fields and particles, produces electricity and magnetism, temperature and kinetic variations [momentum].
That is, if there is a relation between structures and their internal energies of radioactivity with other energies other than radioactivity.
That is, during a transmutation [fission or fusion] there are other phenomena and energies being produced.
As well as the plasma of the stars that produce gravity.
That is, if there is a unifying generalization system between structures, energies and especially all fields, including gravity and forrte and weak forces.
See publicadp on the Internet [thermo-gravitational theory Graceli] where there is a relation between temperature, gravity and translation per second in the orbits of the planets].
These calculations are more accurate than gravitational theory and general relativity.
Plasma also produces electricity and magnetism, it is only to compare the atmospheric electricity of the stars with their average or external temperature.
Thus, the radioactivity and the transformations of the atomic elements produce all the fields, and even the gravitational field. And that has an approximation between movements and temperature. Thus forming a relation between all energies and movements, and also with structures. That is, the energies that exist in the structures.
The atomic number also has convincing action on the unification between structures and energies.
The relationship between radioactivity and cohesion fields can be seen in the cloud chambers where, during radiation propagation, radiation blocks occur within the cloud chamber. Where one has the Graceli cohesion field of radioactivity.
And measure gravity in stars with higher and lower temperatures.
That is, if it has a unification not only including gravity in other fields, but also including temperature, isotopes and radioactivity, as well as movements.
The magnetic field of the earth is generated by molten iron and in plasmas [transformations] in the center of the earth, where one has the production of the terrestrial magnetic poles, the same happens with other stars, and even the atom.
The magnetic poles do not follow the geographic poles north and south in their exactness.
For, one is independent of the other.
Thermal effect electric photon Graceli.
Trans-intermechanic and effect 9,392 to 9,400.
According to the insertion of color of ultraviolet light, electricity tends to disappear, which also tends to get electricity when electrically charged metals undergo high temperatures.
And when electrically charged materials go through red or yellow colored lights the loads tend to persist.
That is, there are types of transformations and interactions of differentiated ions for each type of light and temperature, involving temperature, photons and electricity.
And with variations of decay fluxes according to the types of materials and isotopes where these charges are present.
And according to the time of action and states and categories of Graceli,
forming an indeterministic trans-intermechanism of variational and chain effects.
[eeeeeffdp [f] [mcCdt] [+ mf] [itd] [cG].
Effect and trans-intermechanism of:
Graceli's critical point of indeterminate balance.
Being that there is a critical point almost limit between temperature, ultraviolet light and changes of loads, and that has variables according to the materials and chemical elements involved.
Where the charge tends and does not tend to new transformations.
Even because both temperature, photons, and electricity and electron fluxes are in constant oscillations and random fluxes, with chaos and entropies and constant enthalpies, where also the fluxes and transformations depend on the states of the types and levels of atoms and isotopes.
And according to categories of agents of Graceli.
As temperature increases and ultraviolet light fluxes also increases the electrical transformations and the flux intensities of the electromagnetic charges.
The same is true for radiation emission intensities during decays and types and intensities of transmutations.
Or even during photoelectric effects of Graceli. [see published on the internet].
Leading to increasing categorial trans-indeterminism.
This also leads us to another concept, that light first and foremost is a phenomenon of transformations and interactions of charges and ions.
That is, a triality: phenomenon - particle and waves.
It is worth emphasizing that the phenomenological trans-indeterminism categorial Graceli [TIFCG], differs from the uncertainty principle that refers to the moment [velocity] and position.
The color, intensity, temperature, charge, and splines will depend on the types of materials and isotopes involved, as well as their quantity, where they will have effects and phenomena of ion and charge interactions, transformations, tunnels and entanglements, entropies and quantum jumps and also when in pressurized media.
Toda progressão elevada à
potência é uma progressão geométrica.
Teorema Graceli dos números
sequenciais.
Função mágica de Graceli.
A fórmula perfeita. A mais bela das funções
algébrica. Onde o resultado é sempre é
uma série de sequência de números iguais
e crescentes.
P = progressão.
p
1 /
3 =
1/3 = 0,3333333333333333
1 /9 = 0,1111111111111111
1/27 = 0,037037037037037037
1/81 =0,01234567891234
1/ 243 =
0,00411522633744855966
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