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QUANTUM FIELDS AND THE SUBQUANTUM FOAM A long time ago a scientist Max Planck solved a problem that was observed as it related to how energy flowed. It had been previously assumed that energy would flow continuously as it moved from one state to another state but that assumption failed to match observations and Planck determined (possibly on a hunch) that energy might be restricted in how it flows. If energy was derived from physical events then our atomic substructure might lead us to see manifestations of energy at discreet units of energy. It turns out it seems he was correct and using his deductions an entire field of quantum mechanics unfolded over the subsequent century. It evolved to included quantum field theory that can define the behaviors of the particles inside the standard model as vibrations in the fifth dimension. The dimension of energy that manifests as fields needed to produce the types of fields we see working inside quantum field theory. I propose there are not 12 or 24 separate fields that define the QFT of our standard model but an continuum of the same the field, the same dimension of energy and just as we can see an object traverse the line of time or distance so can we see and predict objects traversing the line of energy. So as I stated previously there are no waves that are not mechanical and it was a lapse in judgment if you ask me for science to have accepted it for so long as otherwise. If we have particles in the subneutrino size scales that are trillions times smaller than neutrinos then that quantum foam is what can manifest itself at certain frequencies as vibrations inside the field of energy to produce the quantized movements of energy that we see. The particles that are trillions times smaller than that would be relative to us moving at faster and faster speeds and would appear as energy instead of particles. Until you can zoom in so far and slow time down so much you can never see what our foam looks like or the foam that makes it up. We see trillions of neutrinos passing through us each second so that could mean quadrillions or quintillions of subquantum foam vibrating inside us. The neutrinos and the foam and photons and electrons don't really move. They are a manifestation in the energy displacement from equilibrium moving as a wave and with a wave, the medium oscillates up and down ( and sometimes side to side) to carry the energy along. The actual matter in the medium itself does not really traverse along the wave, just the energy being distributed outwards until it slowly dissipates away. Science as a community is fairly certain that the predictions we can make with quantum field theory are some of the most accurate to date that science can regularly predict but we lay this on top of twelve or maybe twenty-four different fields and vibrations just in those fields. Instead think of them as one field and vibrations of a certain amplitude and frequency and wavelength inside that field. A field where objects that share the same perception of the passage of time can aggregate their energy inside those fields and when amplitude raises by two the energy raises by four. When the objects are able to aggregate their spheres of influence because their waves are in phase and increase the amplitude by three then the energy carried by the wave raises by nine. That is how aggregate objects can both increase their gravitational attraction and also how massenergy can bind to those areas of spacetime with greater disruption from equilibrium. That energy is basically the amount of energy needed at that point in spacetime to return back to equilibrium. So this foam may have a matter component, the tiny particles we can't see and can't really measure but it may also have an energy component. I feel that energy component is the tiny particles even tinier than the ones that make up the foam of matter. The ones so tiny that are moving so fast that we see them as energy. They make up the foam of energy. And so this foam is what I call the plane of massenergy. A plane of massenergy that insects our 4D timespace that provides the mediums that we have gravitational waves riding on and other electromagnetic waves riding on. I would say that as long as they are riding on the tensor mesh then they have a medium to transfer and in the areas where the tensor mesh is weak and the fields of energy and mass are weak there may be some problems sending waves of certain wavelengths. There is a scale factor where our foam may be huge compared to other scales. In an infinite Universe if we took one particle of quantum foam that looked to be moving so incredibly fast it looked like pure energy but could freeze time and zoom in to a magnification that trillions of times smaller the particle is not going to be made up from nothing. There will always be constituent particles making up each particles in never ending success because each constituent particle is going to be in some type of motion and thus every one of them in never ending succession is their own pocket of relative spacetime massenergy. The quantum foam and the fact that quantum fields ride mechanical waves are the exact reasons we have things like Feynman renormalizations and Heisenberg's uncertainty principle. We are not talking about one electron moving or even one atom moving. We are looking at the manifestation of the movement of energy at speeds slow enough relative to us to be perceived as matter. But instead a wave of energy at a specific amplitude, frequency, and wavelength is what is moving as our universe is hurling through the cosmos at the speed of light relative to some much much larger frame of reference . It all begins to really make sense once we accept the infinite nature of our Universe and that a never ending succession of smaller and smaller particles is actual valid option. It is feasible no matter how hard it is on the brain to digest that there may not be any smallest particles of matter. Accept that as the natural state of nature and so many other things all begin to fall into place. Instead what we have is a repeating cycle that starts probably at relative Planck length and moves upwards to the scale of our largest possible frame of reference before we hit the atomic layer of the next largest relative Planck length. Matter and energy , time and space all combine to define the properties of how matter reactions and energy reactions behave at each scale factor. Maxwell confirmed electromagnetism is scale independent and works across scale factors and no reason to suspect other forces like pressure or gravity would not also behave similarly so I predict there is a basic succession moving upwards from our scale factor where very specific combinations of pressure, mass density, energy density, time density, and maybe heat density all cause matter and energy at that scale factor to behave certain ways. A few examples come to mind. At a certain scale factor from the next largest relative Planck length we see the interactions of matter and energy to create fermions and bosons. We can see how whatever properties define the subfermionic and subbosonic frames of reference or pockets of space time in turn relate to how fermions and bosons behave. Fermions need to spin 720 degrees to return to the same state and Bosons need only spin the normal 360 degrees to return to the same state. This difference in how they behave in turn defines the atomic interactions that in turn build a periodic table. When the scale of mass energy time pressure density hits certain conditions we would again see matter group by spin and relative mass and relative speed and relative magnetic strength to define the same waves and frequencies that recreate a standard model at a new scale factor. The basic order may change from scale to scale where certain density factors could be skipped entirely so the next larger atomic scale could have different properties and relative constants than what we are used but in each of the infinite instances where the same conditions are hit we will see the repetition of a periodic table. Complete random chaos will in turn create very ordered structure. Someday as we improve our ability to really see much much deeper into the "elementary" subatomic particles we need to be able to slow them down to see them and magnify to incredible levels so we can see the natural state of nature without smashing it to pieces and then we can truly gauge the nature of the quantum foam. What we do know already is some particles are force carriers and other particles are mass or matter carriers. Together they make atoms work. Well it would then make pretty logical sense to expect at the lower and lower scale factors of the quantum foam and subquantum foams that again we will see behaviors tied to mass carriers and force carriers just at smaller and smaller scale factors and the way they interact defines the properties taken on by their combinations. Lastly if as I suspect we have true mechanical waves handling all EM radiation as well as the waves that make up the standard model then the nature of the quantum foam would dictate it be present at far greater magnitudes then neutrinos. At the scale factors we can not see would be nearly instantaneous reformation of any elementary particles because the laws of physics at those scales define the requirements for the equilibrium caused when an elementary particles is whole to always seek stability. That said I also predict we will someday find that there are subtle variations in things like energy or mass of quarks and leptons just like we see in neutrinos but the differences are ever so small it will be miracle of science to have the technology that can measure the differences but they are there. But we will find that each of them has an average and there are far fewer exceptions that deviate from that average than the bulk of them that all look the same. The smaller we can look the more prevalent the subtle differences would be ad as we hit the scales of atoms and molecules the differences would be nearly unmeasurable. #QFT #QED #quantumfoam #quantumfields Waves of Particles or Particles of Waves ?
#thenaturalstateofnature
All the darkness in the entire vast multiverse can not defeat the flame of a single candle.
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