Quantum Light

Fields of Matter
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Newtonian Vs Relativity
Field Theory
Quantum Light
Quantum Fields
Fields of Matter
Conclusion

Fields of Matter

At this time I am going to give you an idea. Think about it for a moment and then continue reading.

“Gravity and Nuclear fields are opposite ends of the same field”

Let us look first at an atom. An atom has a positive charge to it so one can conclude that it is a descendent of a positron. A positron has a magnetic field and we know that like fields attract and opposite fields repel. Let us start adding photons into the positrons system. As the positron tendency grows the plus end of the field will extend outward while the minus end of the field will be pushed inward. Eventually the plus end of the field will consume the outer portion of the particle imploding the minus end of the field inward. At this point we observe a classical proton.

So, if one end of the protons magnetic field is exploding outward and the other end is imploding inward, how does the particle complete its cycle of energy? If opposite fields repel then why do atoms attract electrons? If gravity is a field then can we observe gravity fields? These are the questions that had me stumped for many years. When I finally started to understand field systems and I gave up on a forth dimension did it all come together.

It actually happened while I was watching an episode of NOVA on PBS. The episode was dealing with an introduction to quantum theory and they showed a graph of the probable locations of electrons in various atomic structures. What I saw was gravity fields. Let me explain, when the positrons magnetic field explodes and implodes to create a proton the energy still must complete a full cycle. In order to do this the energy is forced to reverse its polarity along the outer layer and get sucked back into the system. It is in these areas and only in these areas where electrons can be attracted to protons. And, just like when metal filings allow us to see magnetic fields, electron paths allow us to see gravity fields or at least the negative version of gravity fields. Later I found a graphical representation on the internet shown next.    

 

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