May
27
Here’s what I’m thinking.
Reality and Quantum Reality
At macro levels (the major content of our experience), reality is consistent, stable and predictable. The physics of reality is elegant, understandable, explainable, and testable. This gives great weight to materialist views of reality. The goal of science at this level was to reduce everything to the principles of physical reality. This reductionist determinism ruled until the end of the 19th century.
As experiments became possible at micro levels (that is atoms, electrons, photons, etc.), this “classical” view of reality became unexpectedly relative rather than absolute. The results required a different way of thinking and this became the basis for two levels of reality: the classical world and the quantum world. In the quantum world, particles can have two forms: solid particles and waves. These waves are not like waves of water, but are waves of probabilities of all possible measurements. Approaching this reality with a classical mindset kept leading to “impossibilities.” So, a totally different form of thinking was required. Quantum thinking embraced these impossibilities as necessary to make sense of what was being discovered and verified by experiments and measurements. These “impossibilities” required rethinking of the nature of matter, time, space, energy, and basically all fundamental concepts.
Gain
It turns out that measurement and experiment must be done involving what has become known at the quantum level. If experiments and measurements adhere too closely to classical traditions, the quantum effects often disappear. But when measurements and experiments are more sensitively designed, the quantum level becomes “visible” again. So observation effects what is being observed, but not in the sense of observation as seeing. Observation is a physical intrusion at the sub-atomic level ands this changes what happens. This leads to the idea that quantum reality is not hidden or distant. It is, rather constantly present in classical reality but it so consistently “disrupted” by massive interactions that it as if the quantum world (and its “strangeness) disappears. Realization of this shows that determinism is not fundamental. At the deepest level, reality is not a conglomeration of “fixed” entities, but a structured layering of probabilities embracing all possibilities. At the macro level, the quantum world is invisible as certain probabilities become smooth realities through interference as described above.
The understanding of classical reality is now thousands of years old in its basic form. The quantum world has been known for less than 150 years.
Enter AI. As quantum computers become possible, and as AI comes to use quantum computers, it becomes possible for the nature of quantum reality (and perhaps other realities not yet known), to become known. This is cleverly the future. But we have no idea what that future will be. What we do have is the phenomenon of human presence (AI) in quantum reality.
But human dreams may already be there. It is those deepest dreams that reveal what is there and what is coming from there and what can become known. Do dreams “interfere” with quantum reality in the way “observation” does? Maybe so. But if not, then deep dreams and visions became a way of observing that does not interfere and can thereby come to “see” more of the reality of this level. My thinking is leaning in this direction. So I see deep dreams as a counterweight to AI.
Russ