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Why We Need A Four Dimension Atomic Model
By David Fincher

Scientific physicists generally are very reluctant to accept change, continually working with empirically generated dimensionless physical constants similar to the Fine Structure Constant, then using these dimensionless constants explain away mathematical abnormalities in current three dimension quantum atomic theory.

If asked what is a physical constant? or how to prove the value of physical constant from first principles, an answer is usually not forthcoming.
Back in 1906 it became clear from Albert Einstein, his special theory of relativity, suggested that basic three dimension geometry could not describe the universe, and that a new form of geometry was needed.
To explain why we have a need to use a four dimensional atom model, is best described next, which I hope will satisfy the most critical and questioning mind.

The conventional three dimension atomic model in principle has a length, width and a breadth, and the atom is described as a positive nucleus with orbiting electrons, we have all seen the models, and often are still in use today. These type of atomic models were founded nearly a century ago based around the time of Neil's Bohr (1885-1962). Bohr formulated in 1913 an alternative atomic model, in which only certain circular orbits of the electrons are allowed and it was from here that the quantum atomic model was founded.

Even the last statement implies 'circular orbits' which is what you would expect to happen from a stationary atom. BUT the atom is not stationary at all and never has been stationary. The conventional three dimension atomic model, has no facility built into the mathematical formula, which can account for and describe the induced acceleration or constant stress imposed on the internal atomic functions by the atoms continual spiral galaxy and orbital acceleration vectors within the cosmos, which includes the rotation of the earth and the continual solar orbit of the sun.

The atomic functions within the atom are continuously modified at an energy level, which is directly proportional to the atomic mass of the atom. This modification occurs within the fourth dimension as the atom is constantly being accelerated, as it is forced to change its physical direction from the spiral galaxy and orbital acceleration velocity vectors.
For this very reason, the conventional three dimension model required an arsenal of physical constants, which had been used to explain away some of the more unusual / peculiar atomic behavior and radiating patterns observed from the atom. This behavior had been experienced centuries ago by the many brilliant physicists in their research into the fundamental atomic model structure.

The atom consist mainly of charged electrical particles, which cannot be considered as stationary, and basic electromagnetic theory states that charged particles in motion generate magnetic fields. From this perspective it can be logically seen that atoms in motion within the universe must also generate magnetic forces resulting from the particles physical motion within the universe.

These magnetic fields induced by the motion of atomic structure within the universe has never been considered before in any atomic model theory, and yet this motion has always been in existence for all atomic particles.
Once we take into consideration the atoms environmental conditions, we realise that those environmental conditions exist within atomic structure just as the atoms exist within the environmental conditions.

Many at first say that the atomic charges would cancel out and there is no external magnetic forces present as the atom hurtles through the universe. But I say that they can only cancel out once their correct universal motion is established. After all the atomic particle charges may be equal and opposite, but the mass of the particles are definitely not.

The time is right for us to move into the fourth dimension, only then will we be able to find out how the fundamental forces of nature are working.

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