The terms uncertainty and probability are mathematical concepts that do not refer to anything physical. Uncertainty is a condition of the mind. Whether the cat is alive or dead is only an uncertainty to the mind of an observer outside the box. To the cat and its fleas, there is no uncertainty. Probability is statistical, inferring the comparison of many events over time. Time is another mental concept involving a memory and something like an imagination that can plot a path into the future.
If it is true that Quantum Mechanics, “is the mathematical description of the motion and interaction of subatomic particles,” and involves these same nonphysical, but decidedly mental concepts, how can we deny that QM is the very essence of intelligence? When we say, “That’s probably true,” or “I think so,” we are exercising our ability to imagine the future.
How is it that subatomic particles are engaged in the same kind of behavior? If subatomic particles are somehow connected to future events, it must be through some nonphysical process that remembers, evaluates and acts, very much like our own consciousness. The process is most certainly nonlinear, non-local, fully coherent and interconnected.
The model becomes clear when we view the Universe, not as an explosion, but a computation. The Big Bang becomes the Big Bootup, with no need to suspend classical physics for it to happen.
There is no paradox between quantum mechanics and classical physics if you consider one is the process and the other is the output. In the information processing model, the output of the quantum process is the physical Universe. The physical Universe is the expression of the current state of the process. The overlapping, nested and holistically interconnected quantum coherent fields represented by wavefunction, are the process in action. In this model it makes perfect sense that subatomic particles represent non-local variables, and could be collapsed by local interference.
LifeOS: exploring the system that executes DNA 