Relativity quantum uncertainty graceli phenomenal.
Author: Luiz Ancelmo Graceli.


Rates quantum Graceli.
Ie an exchange of thousands of times the speed of light [c], the exchange occurs fenomenum quantum.


Standard quantum entanglement graceli. [Link quantum].
The shifter produces the quantum entanglement between particulate fillers and producing a system standard stability or cargo between two particles, that is, if it is unstable or stable follow the same pattern other than entanglement, which has a variation according to the distance between them increases proportionately and progressively.

That is, follows a vibration or instability pulses depending on the nature of the two particles which have been separated or divided. Or particle that has been divided into parts.

This entanglement might also be more than two particles.

What causes the entanglement is the nature in which particles divided and separated when very close keeps natures common patterns quantum energy, sense of movement as chiral eastward direction parital intensity to the center between hemispheres and poles, intensity and vibration spins and flows graceli, intensity of action and positive or negative charges. etc.. common actions and behavior of loads. Etc.

Entanglement can be present in behavior, potential jumps quantum spin, etc..

The quantum magnetism also follows fenomenum graceli exchange rates, because it keeps the long distances with identical behaviors and facing each other.

And there is a correlation between them magnetic speed, direction, direction, intensity of action, the spins and vibrations, as well as the uncertainty between quantum particles separate in a long time that was related, or who have been separated.

Also occurs in this entanglement chirality [sense of movement to one side [east or west, or poles], and parity [sense of movement and direction of the poles to a common plan, as at the equator and the ecliptic], and produces the flattening as the orbits and the flat galaxies [graceli systems, magnetic stripes], ie this point the strips have graceli nuclear quantum] as well as in the intensity of vibration for the time being processed, or even exist.

We can divide the system interactions conductivity and substantially within the space and material, that is, the structures have one of the states of matter and another that is energy structures have different features that energy is actually the energy action fenomenum graceli interactions and exchanges both within the matter and action in space.

Thus, the system fenomenum graceli divides into two large groups, each of the structures and other fenomenum energeticidades and, for that graceli argues that the primary element of nature is not a particle or matter, but the energy in its phenomenal action actions and interactions. Where have the fenomenum graceli in action interactions, changes and shifts.


Order and disorder fenomenum quantum graceli.

The quantum system as the system passes through a comet system ordenalidade and desordenalidade with growth and degrowth, because when meets with bands graceli particles tend to be stable and have mergers, and when you go to the poles or sides and tends have the disorder and be unstable because they tend to be more unstable, or the quantum system undergoes a dual system of stability and instability [order and disorder], which varies according to the position and intensity, and the quality and type of energy is within the system, or the energy stronger when that system.

Ie, depends on the magnetic energy into or out electricity, which acts on the fusion or fission, and has a stabilizing action and instabilizadora or sideways, or even reverse orbits and releases or even out as happen when electrons pass near layers graceli or intense electrical actions.


Variability and Uncertainty relativity of quantum magnetism graceli.
The quantum magnetism plays an important role in a variety of solid-state phenomenon, which can be difficult to assess its effect on materials such as high temperature superconductors. As a result, the quantum simulations should lead to better theoretical models of a range of solid.

That is, the uncertainty increases as the quantum states of the materials and the intensity of a magnetic particle integrated or even in rates of exchange, or even the driving wave graceli high and low energies. Or even the fluxons graceli energy with an uncertainty of variability vibrations and pulses of energy. Or oscillations and spin certain particles within the system.

The forces between the atoms in a quantum simulator can be tuned by adjusting lasers and magnetic field.

The quantum magnetism is also credited for playing a major role in high-temperature superconductivity and other exotic states of matter.

But uncertainty graceli follows a scaling of states and types of matter and energy involving magnetism and electricity in the system itself.

Ie the quantum uncertainty graceli following variational patterns that depend on the states and types of materials, superconductivity, and the intensity exchange magno-electric graceli system involving energy and particle loads.

Ie a quantum relativity phenomenal graceli variations of uncertainties.

Laser beams and photons tend to completely change the system in its normal variational modifying stability to instability quantum variational absurdly uncertainty.

Ie relativism involving another component that produces highly uncertain and indeterminate variations in quantity, intensity, time and other phenomena.

This relativity of quantum uncertainty phenomenal graceli happens in all phenomena and structures, and time and space involving the system.

This both internally and peripherally.

The intensity rates is also variable and follows the same proportionality of uncertainty and relativity graceli. As well as the sense and direction of the exchange and production of new energy.

And that is also the spin enters as modifier and modified. Ie, a system with very accelerated particles with spin have greater electricity production, where every system will be modified. Including relativity quantum uncertainties graceli phenomenal.

As well as the new components and physical and chemical energy.

The interplay graceli of being an agent and object in the system, where the energy that is produced becomes action other energy modifying agent.


Unified Relativism Graceli of physical realities particular to different physical situations.

Down in a hole graceli radiation magno-electric existing in galaxies have different physical realities for different situations.
Imagine a beam of light through two plates magnetized, or even with high speeds as trains on magnetic refrigerator. Ie, we have in the space between two plates of a particular reality magnets for particular phenomena. And this is also what happens inside the hole radiation graceli flat in the center of galaxies.
That is, if we take particles and put into a ball and energetizarmos with electricity and magnetism have a physical reality which particular forms an interior between the particles. That is, it becomes a physical reality on the particular physical conditions.

With this physical realities have different depending on different situations and conditions.
Ie relativism graceli physical. And who has the dog directly on the production of phenomena and on the quantum uncertainty.
And it leads to a unification graceli general microscopic phenomena between particles and quantum energy, and quantum macros within galaxies.
Relativism physical realities particular to different physical situations.

Physical reality is relative to situations and physical structures.
How to:
1 - Within the matter.
2 - The intense plasma temperatures.
3 - tiny temperatures.
4 - The space around the stars.
5 - Within energies spreads like lightning.
6 - surrounding energy propagates as rays.
7 - And the intense energy and radiation graceli as within interactions graceli holes as galaxies flat.
8 - Within quantum phenomena magno-electric graceli.
That is, we have a particular physical realities of relativism to different physical situations.