The Observer, Quantum Mechanics and free-will

Quantum Mechanics and

the observer explained.

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To understand quantum mechanics we have to first understand how time is being created and the part we play in its creation. No one really understands time at a fundamental level. This video explains my theory on the time continuum or arrow of time and how the wave-particle duality of light creates time itself. Because the observer can choose when and where to collapse the wave-particle function of light we have free-will to create our own future.

One Unified Theory

Quantum Mechanics explained.

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Quantum Atom Theory is my interpretation of quantum mechanics that is a valid description of the real world. It unites the classical mechanics of Newton with quantum mechanics into one unified theory

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The illusion of time

Diagram of electron photon coupling

creating its own time and space

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In Quantum Atom Theory the illusion of time is created by wave-particle duality. Time needs a static reference frame to move against and this is supplied by the photons and electrons. They are waves of future probabilities and particles only in the moment of now. This is why time only moves one way, forward because the uncertainty principle only works for future events. We always know the momentum and position of a particle in the past.
Electromagnetic radiation (light etc) is creating a sea of probability and when the wave function collapses it creates a moment in time. Then the uncertainty principle moves on again as the illusion of time.

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The observer and observed
oil on canvas
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Because photons of light move through space but not time the observer will always see light of the same polarization as the observed no matter how great the distance between them.

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Are we the dice players?

The dice players, oil on canvas

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In Quantum Atom Theory it is time dilation between the observer and the subatomic world that is the hidden variable that can explain wave-particle duality. Time has stopped for the photons relative to the observer we will see them in all possible directions at the same time just like subatomic particles within the atom. But only when the photons of light come in contact with electrons of another object will the photon electron effect create a new photon of light and a new time frame with that object. This is a continuous process that Einstein called (stimulated emission) in Quantum Atom Theory it is this process that creates the time continuum. When an electron photon coupling creates a new photon of light it will be seen as the moment of now in the eye of the observer. This process continuously creates a blank canvas for the observer that he or she can participate in. The best way to see this happen directly with light is the two slit experiment. In the two slit experiment the photon will take all possible routes as a wave of possibilities going through both slits. Between the plate with the two slits and the screen the photon will take all possible routes. They will react with each other and create an interference pattern of bright and dark bands on the screen. This will also create a new time frame for the experiment because the interference pattern is made by photons and electrons coming into contact with each other and creating new photons of light. If we try to determine which slit the photon passes through the interference pattern collapses. This is because we also create a new time frame by making contact between an electron and photon producing new light. Just like in Newton’s first law of motion the interference pattern will continue to maintain its state unless acted upon by an external force the problem is the external force can only see one moment of infinity.

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This is the two slit experiment using a Geisha Girl and sunlight (oil on canvas). The waves of light will only collapse when the Geisha Girl walks into the light. She will then create new photons of light and a new time frame with that light. In this way she creates her own reality within her own spacetime!

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We only have the moment of now in our own spacetime

The dance of creation

oil on canvas
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In Quantum Atom Theory we live in a Universe of multiple spacetimes and we can see these spacetimes all around us at the same time. If we look up at the stars we can look back in time through light years of space.
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But when we look down into the atom we can only see probability. In Q.A.T. this is because of time dilation between the observer and the sub-atomic world. The sub-atomic particles are frozen in time relative to the observers own spacetime. All the observer will ever see is the probability of possible future events.
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Only when an electron and photon comes into contact and create a new photon of light will the observer and the sub-atomic particles have the same time frame. At that moment in time two dimensional space upon the surface of the atom becomes three dimensional spacetime.
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The new photon will expand out from the atom at light speed as a wave in all possible directions. When this wave comes in contact with the electrons of another object a new photon of light will be produce and this will create a new spacetime. In this way atoms create their own time and space.
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However insane this theory might sound it can explain why light is a physical constant (independent of the motion of the source) and also why a sub-atomic particle can be bran new after a half-life. But above all it can explain why electron photon coupling are so important in Quantum Electrodynamics (Q.E.D.)
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The great advantage of having a theory with multiple spacetimes instead of multiple universes is that we can see these spacetimes all around us in the structure of the atom and in the motion of the galaxies. This theory can easily be proven right or wrong!
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diagram of electron photon coupling

We have time dilation with particles within the atom because time is being created by electron photon coupings on the surface of the atom.
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Energy = Mass = Spacetime

This equation is a set of infinities within infinity a time within a spacetime a rhyme within a rhyme.
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Q.A.T. is a visual theory it is based on observations not mathematics (this is because I am no good at maths). So I have used the equations of Einstein and looked at them as a kind of abstract art. They are very beautiful looked at this way.
Above is Q.A.T. interpretation of Einstein famous equation E=MC2. The (E) energy = (ˠ) Lorentz factor (M0) rest mass times the square of the speed of light (C2) brackets and then (∞) infinity.
The only different with (E=ˠM0C2) ∞ and the original E=MC2 is that rest mass has its own rest energy that is linked to the Lorentz factor of time, it is this energy that in Q.A.T. creates atom expansion and leads to the continuum of time.
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Two objects moving through time and spacetime

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This diagram shows two objects moving through time at light speed in Q.A.T. we are all energy waves moving at light speed through time. This is why light is a physical constant independent of the motion of the source. The speed of light is the same for all reference frames because time is expanding at the same rate light moves. If an object accelerates towards the speed of light in its own spacetime time dilation will take place and the object will flatten out (Lorentz contraction), relative to the observers own spacetime that has not accelerated. Both the object will create their own spacetime that is only relative to their own energy and mass. This explains how we can have multiple spacetime dimensions but the observer only ever sees one universe!

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The future is not set in stone

pastel drawing of an old oil painting

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Einstein said that all time exists now both the past and present. But in Quantum Atom Theory time is created by atom expansion in block of energy (quanta) that grow and create their own spacetime. Like a small child putting square play blocks on top of each other spacetime is formed in the same way.

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Today physicists say the microscopic world is very different from ours and that they need probability wavefunctions because there can only ever be a probability of where things might be.

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But in QAT when we look at the microscopic world of the atom we are looking at the future of that atom own spacetime and the probability is no different than you would get with any future event. I could set up a probability wavefunction for myself to find out where I might be tomorrow and it would work for me just as good as it works for an electron.

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