Nuclear Forces




     The shrinking of space because of U1 Particle spin, heat and electromagnetism increasing, thus compacting each particle and pulling in more neighboring particles. 

Gravity is the attraction force that permeates throughout the Universe. It is the direct result of U1 particles rotating, contracting and pulling on neighboring particles. When they rotate faster they get smaller because it is easier then expanding.  This also produces more heat and electromagnetism for each particle. The collective attributes are all part of the phenomena, Gravity.

Because in "The Logical Universe" there is no emptiness the density of space can only increase with higher energies. Don't forget that potential energy and electromagnetism are also part of gravity. Therefore, all matter would be attracted to a higher energy state because of potential, electromagnetic and spin energy, thus increasing the concentration of u1 particles. In conclusion, all of space is matter with varying amounts of energies and densities.

If this sounds familiar it should. For many years now science has been trying to explain why Galaxy's behave gravitationally the way they do. If there were empty space between stars and galactic debris there would be no way to explain attraction but, if that space was filled with matter, everything makes sense. “Dark Matter” is something we haven't been able to see or detect yet, but its there. TLU says its the differing densities of U1 particles.



      1  The expansion of Space because of U1 particle spin, heat and electromagnetism decreasing, thus expanding each particle and pushing neighboring particles further apart. (Dark Energy).

      2. The expansion of space because of U1 particle compression release, pushing U1 particles further apart. (Bang).

As you might expect, Anti-Gravity is just the opposite of Gravity. When U1 particles expand they push all other U1 particles out of the way and space gets bigger. This happens when U1 particles are compressed and the mechanism for compression is released, or when encountering the low energy of extreme cold in outer space. The extreme cold causes U1 particles to slow rotation thus loosing heat, compression and electromagnetism. This loss of energy expands each particle pushing other particles further apart thus expanding Space. Anti-gravity is also known as “Dark Energy”.


The Phenomena of  Magnetism

A bar magnet

 An example of chained U1 particles



     The north and south pole of a rotating U1 particle. (no rotation, no magnetism). . .

     The U1 Particle could be called the smallest magnet in the universe but only if it is spinning. No rotation, no north or south pole, no magnet, gravity or electromagnetism. The speed of rotation determines magnetic strength. Faster rotation equals stronger magnetism, slowing rotation equals weaker magnetism.

The force of magnetism overrides the force of gravity.  This is because rotational energy of matter has more movement than  expansion or contraction....


   Magnetic field

     U1 particle north to south pole, axis chain, with same rotational direction. . .

     When U1 particles align end to end, (north pole to south pole, to north pole etc.) like pearls on a string, there rotations synchronize in one direction. This is called chaining and is also known as an electromagnetic field. Remember that all particle rotation, influences adjoining particles. Rotational fields set up counter-rotational fields. If one of the fields meet end to end it can lock together in what is called a closed EM loop. The rotational direction of each U1 particle in the loop will determine what the EM chain will become. Clockwise a Proton, Counter-clock wise an Electron.

Once chained electromagnetic fields are in place, and depending which loops are closed and which ones are not, and the rotational directions etc, determine the rest of the Universe. From a Neutrino to a Black Star .


   Electromagnetic Waves.

     U1 particle pole shift wave energy moving through the sea of U1 particles. . .

     When U1 particles rotate they shrink proportional to speed... This determines density and gravity... U1 particles oscillate in waves. This determines the speed of light and other wave energy... They also have another trick they do. They can shift there axis of rotation... This effects neighboring particles in wave like fashion to follow. The orientation of their axis, determines the north and south poles of a field of U1 particles. That's right, this is how magnetism and electromagnetic waves are created. U1 particles can oscillate their poll axis in response to magnetic and electromagnetic stimulus. EM waves travel just like light waves through the U1 particle sea. That's why, EM waves travel at the speed of light.



The Phenomena of Electricity


   Electric Charge

     The energy difference between protons and electrons. (or basically, the energy difference between rotational and counter-rotational electromagnetic fields). it is measured in volts.

     When U1particles group together and make a Proton that's nice but you cant say it has an electrical charge. Not until U1 particles make an Electron can you make that claim. That's because an electrical charge is the energy difference between a Proton and Electron. (basically, the energy difference between rotational and counter-rotational electromagnetic fields). Now the interesting part. The more Protons and Electrons you have, the bigger the charge. this is because there is more energy difference. In other words they can accumulate more and more electric charge.



     When you have a positive charge and a negative charge nature tries to equalize itself. If you have a wire and connect it between the charges, the Electrons that are not tightly bound to the atoms in the wire will displace each other and try to equalize the charge. This at a very basic level defines Electricity.

In the sub, sub atomic world of U1 particles, size and rotational interactions are very complex. The true result of there interactions has been simplified for the sake of understanding.




The Phenomena of Electromagnetic fields

   The Strong Nuclear Force

     The Logical Universe has reevaluated the standard model, and there is new thinking about this.

     The Strong Nuclear Force is the force of Electromagnetic Fields!  It is so strong it overwhelms gravity.

When a Proton is created in the Logical Universe, there is no empty space around it. If the Proton has little or no lateral movement, U1 Particles will surround the Proton. They are influenced by the Proton's clockwise energy and develop a counter rotational EM field engulfing the Proton. This field is spherical and is super strong in electromagnetism.  It has become what is known as the core containment field. Now, subsequent fields form. Each is counter rotational to the one next to it. They all get weaker as you move away from the core. When anything approaches the Proton it must go through progressively stronger and stronger EM fields. The fields are called, Quantum fields of the Proton. This behavior explains all spherical Quantum EM phenomena. The same is true for the Electron.

Not only can Quantum fields surround the Proton and Electron but at a much larger scale they surround the atomic nucleus of an atom. The first EM field surrounding an atomic core is a super strong containment field. The next field not so strong, and so forth, and so on.  The Neutron doesn't have any quantum fields because it has a neutral charge. 

And Finally, the Proton has a unique proprietary quantum configuration and so do Atoms.  The number of Protons and Neutrons in the core of atoms is what creates a blueprint for quantum field construction.  Strength, intervals and compression of the fields are directly related  to core composition.     



      The Weak Nuclear Force



     The weak force is responsible for decay of an atomic nucleus. Because Neutrons are electrically neutral they have much less restriction in the core EM field. The Neutron is a stabilizing force between Protons but when there are to many or two few the core of the atom becomes unstable. This accounts for radiation activity of certain atoms. When neutron ratio to atomic structure is unstable nature tries to balance itself and the EM restriction of Neutrons is overcome and radiation occurs.




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