Mechanics of neurons.
Mechanical and functional consciousness organizes the functions and interactions of neurons and the behavior and distribution of energies between electrons and neurons.
During great emotions the electrons of the brain also enter into disorder and dynamic instability, structural, and interactions, parities, and entanglements.
And with changes also over interactions and electrical currents of electrons, leading to electrical instabilities, but the unconscious takes action returning to new stabilities. Since these processes of instabilities and stabilities, reorganizations vary from people to people and potentials of energies and hormones and mental control of each other.
That is, bipolar and schizophrenic people have less control potential and longer instability. Being that there may have one of the fundamental functional and structural and genetic causes for psychological, neurological and even psychiatric problems.
However, in all there are mechanisms governed by functional unconsciousness that work for the stabilization, being that of some with greater potential and others with less potential.
Gravitational Theory of Particularities.
According to energies and their types and patterns of processing there are field actions, that is, in a gravitational or even electromagnetic universe certain types of materials and molecules have more interaction capacities than others [this serves for all quantum phenomena of radioactivity , Thermodynamics, and fields and momentum], that is, in certain stars, gravity may have a greater action than in others, and this depends on the materials and the types of interactive energies of the same.
That is, gravity is interactive before it is curved or rectilinear.
Field runners.
Another point is the corridor of fields, where according to the means of energies they form corridors of fields with greater or lesser intensity.
That is, it becomes an explanation why some stars prefer certain paths of others, and some outer parts of the galaxies have the same accelerated movements from the middle of them.
Super relativistic mechanics Graceli. Effect 262. 263.
The dilations follow effects and variations according to the potentials of patterns of energies, entropies, refractions, duality particles waves to a critical point, of thermal variations on radioactivities and types of fissions and fusions according to the types of materials and energies, of electromagnetism , And other agents.
That is, within nature itself has patterns of variations in each in separate or all together, or all of them acting on each other and that is how nature presents itself. And in each time and according to the potential of transformative, interactive energy, of entanglements, parities, and progression of instabilities and entropies.
It is a nature of interactions and over interactions of each other, but each acting according to its own energy of radioactivity, thermal potential, expansion potential and entropy, potential of electromagnetism and conductivities.
In a fission one has phenomena and behaviors of electrons other than fusion, and depends on each type of pattern and transmutable potential of each type of phenomenon and on phenomenon.
Effect 263.
And since each type of phenomenon has variational effects in relation to time and progression of intensity and reach according to part or all of the phenomena and structures involved.
Imagine the action of photons being inserted on a black body with high radioactivity, or even thermal expansion, or even magnetism, or even in states of materials where the electrons are more free and unstable, that is, for each situation or all Together or part, will have other phenomena and transmutations with varying effects of intensities, potentialities, quantity, time and reach according to the mentioned variables.
Being that this fits for all phenomena both thermal, quantum of radioactivity, electromagnetism and transmutable mechanics or momentum and inertia.
Imagine the magnetism of a uranium during a fission with oscillations of temperatures, and that these uranium is in rotation, or even with rotating movements contrary to the rotation movement of this uranium.
That is, if we have here an integrated system of elements with potential variations patterns for each element type, and the decays have variations of time fluxes for type of energy of radioactivity, thermodynamics and electromagnetism, as well as quantum phenomena such as entanglements And parities.
Effect 262.
That is, an integrated relativity and actions on actions, thus leading to a system of increasing and indeterminate instability, where all effects go through this. That is, integrated and indeterminate effects.
That is, phenomenology itself is itself relativistic [super relativity [phenomena about phenomena], and indeterministic by the amount of variations that pass in a minute moment of interactions, or even transmutations.
Mechanical Graceli of transmutation and potentialities.
The potentiality of transmutability and interactions.
Power emerges as a new agent of action in matter and energy, introduced in physics as a fundamental factor, as inertia in mechanics was introduced. The power to transform, to destabilize, to stabilize, to entrap, to refract, to speculate, to entangle, to paride, to interact, to act on fusions and fissions for each chemical element or molecule. From each electron vibrate with energy potential x, or even jump at time t, with reach and intensity [ia], that is, if so, an agent of fundamental importance.
For, like the inertia that is based on mechanics and dynamics, the power that is part of any form of energy and matter is of fundamental importance in Graceli's interactive and indeterministic transmutable physics.
Transmutation and interactions arise as a new form and type of physics, where it is responsible for the formations of structures, phenomena, variations, entropies and dilations and thermal, electromagnetic, radioactivity, and tc variations.
That is, if mechanics was a type of physics for dynamics and its various types, transmutations, interactions and potentialities arise as a new branch for structural physics, phenomena and transcendences.
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