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Posted

Here is an idea that came to me this morning, which I would like to share. It is more of an observational theory than something proven. It is presented to make the mind think.

 

If we start with two electrons in an atomic orbital with equal and opposite spins and movement, the magnetic waves cancel. Coming from this orbital is essentially zero net magnetic output even though the two electrons are charge in motion generating relatively strong magnetic fields. It is result of the wave addition.

 

This zero magnetic output would also be exhibited if the electrons were theoretically stationary. If we started to add energy to the stationary charges, and the spins and directions of the electrons cooperate, the magnetic energy essentially disappears into the canceling of the magnetic waves. Or energy is going into a void so the zero magnetic output of the system, remains steady. In other words, we still have two charges in motion which should imply considerable magnetic output but there is no magnetic output even with increasing energy input.

 

We could prove the energy is there, although hidden, if we could somehow partition the two electrons so their magnetic waves were not able to cancel. The result would be all the magnetic energy sort of reappearing out of the void.

 

The main point is each electron, if taken by itself, will show the correct amount of magnetic energy based on the energy input and the electron velocity. But if two of them are waves canceling some of the energy sort of disappears into a void. If some of the energy does not disappear than the Electrostatic and Magnetic forces would have to end up out of proportion, or the given velocity of the charge does not generate the correct amount of magnetic force. I like hidden energy better since one can sort of simulate it with a simple experiment.

 

Theoretically if we can partition wave canceling voids, we can let out the hidden energy. A simple experiment goes like this. We have two wave generators in a pool, at opposite ends of the pool. If they are 180 degrees out of phase the crests and troughs of one wave generator will cancel the troughs and crests of the other. In the middle, if this was a frictionless system, one would not know we were adding energy. The potential energy will disappear even though we are adding 2X energy to the water. If we put a partition in the middle, all the 2X energy returns out of stillness. It would be an interesting special affect, if we had the camera frame leave out the wave generators and just focus on the still middle. When we add the thin partition, energy seems to appear like magic, out of the stillness.

Posted

The energy isn't hidden. Electrons with different spin orientations in an atom with a magnetic field have different energies — this is the hyperfine splitting that can be observed in atomic spectra, and has been observed in positronium (electron and positron, with parallel and antiparallel spins)

Posted

Maybe the electron orbital analogy was off because it was a hypothetical experiment. But on the hand, the wave pool experiment that I presented where we partition two wave sources that originally cancel may be a better way to see the affect. This experiment came to me while I was writing. Maybe I should have put it first but it popped into my awareness at the end of the writing.

 

In the wave pool, the two wave source generators can be made to cancel their waves. As first sight, where the waves cancel, it does not appear like there is potential energy in the system. This assumes we are not focusing on the wave generators. Once we add the partition to the still zone, to prevent wave canceling, then the energy that was previously hidden in the wave overlap comes back into sight. What is interesting is after we get bounce back off the partition and remove it, it will take some time before the erratic waves in the pool calm down. Interesting universe model. What is really funny is Genesis has God or creation separating the waters from the waters of setting up a partition in what original looked void. That was very advanced physics for those old timers.

 

Where I was heading with this was I needed to invent this physics to help me explain another phenomena. I was trying to get some feedback. I was looking at water and hydrogen bonding. Water or H2O is a polar molecule. This is due to the O better able to wave add the electrons. The result is the charge separation associated with a dipole forming. The waves canceling, according to the theory, allows O to hide some energy. The H side loses electrons density and becomes positive.

 

When the H hydrogen bonds to the O of another water molecule, it sort of sets up a partition since it is partially disrupting the otherwise optimized wave addition in the O. Some of the hidden energy is released. If you look at ice, this is only one of the two materials in nature what will expand when it freezes. Everything else in nature will contract. It sort creates a paradox of an increasing charge separation that gives off energy. It is connected to the magnetic aspects of the orbitals. It is almost like the H goes into the O's wave pool and puts a small partition to make the waves appear so they can extend further into space so the H can get some overlap. The result gives the electrons more mobility while releasing a little bit of energy. The final result is odd because the partial covalent nature of the hydrogen bonding results in the H partially sharing four electrons at a time, i.e., time averaged to one at a time. This sort implies its own little wave pool to hide some of the energy so this odd situation appears calm and stable. If we reverse it, by adding energy, the charges get closer.

 

Hydrogen bonding is the basis of the living state being the variable that defines the active shape of all bio-activity. The DNA won't work without H bonding, nor will any of the enzymes. It almost appears H has the ability to partition waves to release the hidden energy. Maybe this is a physics way to explain the little extra life has compared to just molecules. Or life sort of puts inanimate molecules over the top into a new type of state. The H appears to have a way to make partitions in the atomic wave pool.

 

This explains why I had, on another occasion, pointed about how the EM energy is not split down the middle within a hydrogen atom. Or if the energy is split 50-50, than the proton would appear to get particle and the electron gets most of the wave since it better able to hide the energy. Maybe this gives the hydrogen proton a photon particle feature which, in turn, allows it to make partitions in the electron wave pool, so it can release some of the hidden energy, that the waves are trying to squirrel away.

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