Trans-inter-entangled-mechanics category Graceli.
And type of levels of transformative atomic structures.

Effects 4.011 to 4.030.

The influence of states and spaces of Graceli, dimensionality, chains, categories of energies and structures, types, levels and potential transformations, interactions of ions, charges, isotopes, radioactivities, tunnels, and other agents and phenomena determine the behavior and interactions Of one of the entangled system particles. Or even of any entangled system.

It is also that all these systems and agents have actions on themselves and on all the others forming a system of chains of interactions and transformations.


Transcendent indeterminism of variations of entanglements, potentials of chain stays, and potential transformations of structures, energies, interactions of charges and ions, and phenomena. And intensity of flows of Graceli-chains.


The entanglement varies of types, intensities, levels, potentials, according to isotopes, atomic structures and transformative structures of atoms and particles, types, levels and potentials of energies, as well as potential and transformative structures of energies, where all these have effects on entanglements , Entropies, decays, and others.

That is, if you have so, two new points, one is categorial entanglements, and the transformative and interactive structures with variations they undergo and produce in other phenomena, effects, and chains.

That is, each particle has its potential and type of transformations and interactions of ions and charges producing levels and potentials of energies in other phenomena, and structural and dimensional changes.

And they also produce changes in entanglements with chain and variational effects.

Entanglements of cosmic and atmospheric fields and actions.

This is clearly seen when actions occurring at certain distances, maintaining a space that can be called without these phenomena, but with others.

This is seen in northern lights, in thermal radiation, and in decays [intervals between decays [temporal entanglement effect of variational flows] occur.

In the saturn rings [where ranges of layers between agents are maintained.

Actions of fields of attraction and repulsion [double action entanglement [where in the same situation and position a phenomena or corpuscular structure may be being attracted or repelled [gases are expelled, while bodies and larger objects are drawn].

The same is also true of actions of positive and negative charges.

That is, entanglement is relative, indeterminate, transcendent of chains over other phenomena, dynamic structural, and Graceli-categorial.

That is, it is not universal for all phenomena, structures, effects, agents, categories, Graceli-dimensions, and parameters.


As also the "quantum" is maintained according to these agents and effects of Graceli mentioned above. That is, it has levels and flows according to structures, patterns, phenomena, potentials of chain stays and interactions [which also vary according to categories], but also vary and has effects according to transformational potentials.

And where one has action over others, that is, variations of entanglements, potentials of chain stays, and potentials of transformations of structures, energies, and phenomena.


Marking thus phases of these phenomena of stable and unstable. Or variational fluxes for variations of entanglements, chain stay potentials, and potential transformations of structures, energies, interactions of charges and ions, and phenomena. And intensity of flows of Graceli-chains.

The 'entanglement' - essential property in the development of a 'quantum computer' - can suddenly disappear, suffering a kind of sudden death. However, sudden death depends on these phenomena and agents categories mentioned above.


Also, the number and types of particles, and distance, and regions of particles with their respective energies and interactions according to their categories and chains have as much to do with the intensity and duration of the entanglement, as the variations that it undergoes during A process of entanglement.

Since these phenomena also have actions on all other phenomena and effects, such as entropies, enthalpies, spectra, dilations, tunnels, vibrations, emissions of electros and internal and peripheral fields, jumps, flows, and others.


With this one also has a half-life and life-time of a tangle. And its phases and peak flows, according to all the agents present.
Graceli effect of quantum tangled dualism in simultaneity.




Some phenomena are able to keep themselves present as energies (electromagnetism, temperatures, radioactivity, dynamics, tunnels, and others, and molecular, atomic structures, and isotopes such as graphene, ion and charge interactions, this is seen in levitation by superconductivity in computing Quantum, entropy, dilation, and others.

That is, it also has variations on potentials and types and levels of transformations, interactions of ions and charges, and intermolecular.

A kind of inter-mechanical reversed action is seen in fields where some phenomena have attraction and other repulsion, such as charges, or even electromagnetism, or gravity [where gases are repelled and larger bodies are attracted according to Distances and structures can occur both at the same time, where one has a Graceli effect of quantum entangled dualism in simultaneity.


Where the intensity, reach, type, level and potentiality follow variational and Graceli chains. With effects for all other quantum phenomena, variations and transcendences of energies [type of electricity production], entropies, spectra, dilations, and others.


"Stable, or unstable tangled states" ..., follow flows of variational effects depending on the agents and phenomena cited above, as simultaneous inverted actions, and influence of states and spaces of Graceli, dimensionality, chains, categories of energies and structures, types , Levels and potential transformations, ion interactions, charges, isotopes, radioactivities, tunnels, and other agents and phenomena determine the behavior and interactions of one of the entangled system particles.

According to the types, levels and potentials of energies and isotopes one particle may be entangled with another, while others closer are not. That is, it depends on the type, levels, and transcendent potentials of atomic energy and structure, and Graceli states and spaces.


As a radioactive particle among others not radioactive, or even a region of a particle that has potential and types of energies that another region of the same particle does not have.

This also extends to all other phenomena and effects such as combustion, liquefaction, evaporation, solidification, condensation, transformations, decays, entropies, dilations, vibratory and quantum fluxes, and other phenomena.

That is, it becomes a generalized system according to types and regions of energy potentials in a single particle.

In gross-mode one can have a macro example, if it is to relate the action of magnetism where one side has an attraction action greater than repulsion, and vice versa.


In this system time and space become a tangled consequence prone to agents, chains, dimensions, categories, parameters, effects, states and spaces of Graceli.

That is, the phenomenal Graceli time can exist and does not exist between intervals of entanglement of phenomenal estrangement.


Paradox Graceli from the tail of the dog.

Every entanglement carries with it composites and other phenomena and energies, that is, even a particle at great velocities itself contains other internal and external phenomena prone to other phenomena and energies, as if in latency.

That is, channels are always maintained between two or more entanglements.