The Paradoxes of Quantum Mechanics

This video explains the paradoxes of Quantum Mechanics by giving us a theory on the time continuum or arrow of time.

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We have Entanglement because photons moves through space but not time as a quantum wave-particle function.
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Stimulated Emissions creates a chain reaction of photon electron couplings causing the forward momentum of time
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We have a Measurement problem because the quantum particle will only have a position in time and space if the observer collapses the wave function.
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If the observer does not collapse the wave function the quantum particle will only have the momentum of its own particle-wave function.
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Without The Uncertainty Principle at the quantum level we would not have the uncertainty of future events.
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In The Uncertainty Principle we always know the position and momentum of a quantum particle in the past.
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The Uncertainty Principle, the wave function will collapse into a quantum particle that will need a position in space and time.

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The Uncertainty Principle, the observer can choose when and where to collapse the wave function. Therefore we have free-will and the uncertainty of future events.
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Because Stimulated Emission is a continuous process the wave function is always collapsing creating the Uncertainty Principle. The observer will see this as the time continuum or arrow of time.
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I have tried to make this theory as simple as possible in the belief that everyone should be able to understand it. In this theory we can see a World in a Grain of Sand and a Heaven in a Wild Flower, Hold Infinity in the palm of your hand and Eternity in an hour, just as William Blake said. But on a more scientific level this theory can unite Quantum Mechanics and Classical Mechanics giving us one universal law of physics.

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