Adapted for the Internet from:Why God Doesn't Exist
 A mechanic is an individual who never heard of the force of pull

It becomes apparent from the previous discussion that Quantum will have trouble generating pull with
particles. This is the reason the mechanics had to come up with the amusing negative-momentum transfer
and time reversal explanations. They also had to tell you that these are logical explanations, that they were
inferred from impeccable Math, and that you are a rotten egg if you don’t accept them.

Einstein was a bit of a rotten egg. He died believing that there were only two forces in the universe,
electromagnetism and gravity. This is one of the few instances where Einstein’s intuition was sound and,
ironically, where his disciples charged him with heresy and burned him at the stake! Nobel Prize Glashow

“[Einstein] never cared to learn about the two other forces that exist in the
universe, beyond gravity and electromagnetism.”[1]

Relativists and mechanics couldn’t live with just Good and Evil. They had to invent Maybe.

Einstein was right because there can only be two types of ‘resistances’ in the universe: push and pull. The
object can either resist by pushing against us or resist by pulling on us. This also follows from Newton’s 3rd
Law, which states that an action generates a reaction. If we push we have resistance and if we pull we have
resistance. What other form of physical contact can Glashow conceive? Whether the mechanics define force
as a measure of a body’s acceleration, [2]  as change in momentum, [3]  or as resistance to push or pull, [4]
they will not be able to elude the fact that there are only two types of physical forces. The photon and the
weak force push outwards. The graviton and the gluon pull inwards. If the mathematicians need more than
push and pull to explain their theory, there is clearly something fatally wrong with Quantum. It is easier to
conclude that QM's entire particle scheme is flawed and has nothing to do with the physical world. Quantum
is simply a mathematical description for phenomena the mechanics have yet to understand.

Push of necessity involves two distinct, discrete objects and a single interface; therefore, it deals with the
discrete. The billiard ball world of QM has no problem here. Pull is another matter. There is no way that QM
can rationally explain pull with discrete particles. Pull necessarily invokes a continuous intermediary. This is
the only reason that the mechanics have yet to unify electromagnetism (push) with gravity (pull). Until they
tackle this insurmountable conceptual problem, they are just spinning their virtual photons developing
worthless equations. Meanwhile, let’s investigate the requirements to generate pull in Physics.
 I know. It's a bit tricky, Bill. Since we don't have the force of pull in Quantum Mechanics, we must do what we can with the laws of billiard ball physics.  For example, those two researchers over there appear to be dragging their colleagues when they are in fact throwing golf balls at them.

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