Could Quantum Mechanics be a Function of Gravity and Orbit/Spin?

Could Quantum probabilities be a function of gravity, spin, and orbit?

In this model the fabric that holds the universe together is the interaction of proximate inertia fields, rather than Einstein's space/time. Time is determinate to inertia fields, as is space/time.

In this model I propose that Gravity (mass) and orbit/spin (the inertial qualities of a mass in motion) should be understood to be instant in its effect over distance; and weakened by distance.

So, for example the various inertial fields effecting an atom in the CERN particle accelerator - starting with the weakest - would be:

• the inertia of nearby galaxies,
• the spin of the milky way,
• the movements proximate stars,
• the spin of the sun,
• the spin of all the planets in our solar system,
• the orbit of the moon,
• the spin of the mass of the earth,
• and so on.

The pulls of each acting at infinite speed, weakening proportionately over distance, and functioning over time.

Thus, quantum probabilities are a map of the effects of the billions of proximate fields tearing at the electromagnetic force at a subatomic level.

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Without spin the world would not exist as we know it, all the matter would be shrunk down to a small dense ball.

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(To be continued! Constructive criticism welcome.)



mh