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Quantum Mechanics: The Physical Representation of Q4P

Quantum Mechanics: The Physical Representation of Q4P

Quantum mechanics is the language and expression of Q4P. Think of quantum mechanics as the part of Q4P we can tangibly interact with in the physical world. Quantum mechanics follow the same rules as Q4P regarding how it interacts and changes the world around them.

Potential builds until, all at once, critical mass is reached and a change occurs – a quantum event in physical reality, a Complexification event if we are talking about an epoch (remember those?).

For Q4P, this happens on a big scale. Think of this: At one point, the universe was made of nothing but atoms. Potential (Q4P) kept building and building until one day, suddenly, atoms began combining to form molecules. That was a Complexification (C+) event.

Now, let’s look at how quantum mechanics mirror that. As we’ve stated, if you add energy to an atom, eventually, the valence shell, the biggest electron shell, will increase to a new size.

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