I just read your excerpt Billy, and again, it is highlighting the diverse problamatics which are invariantly due to our lack of the understanding of physics (or at least some people).
From my experience, quantum mechanics actually has (as you briefly mentioned), the problem of uncertainty. Whilst many people find it an intrinsic property of matter (which it is), but i feel it might be very misnderstood. I was speaking to Dr. Wolf the other day, and we agreed that quantum uncertainty is definately misunderstood, not that the technical side of it is misunderstood, but rather that we apply it the wrong discription: Afterall is it not this uncertainty which brings rise to the certainty in life > in macroscopic entities? I've decided to answer this by saying that consciousness and understanding, even though they might consist of tiny averages, are actually a by-product of one system that is macroscopic in nature. Perhaps, if we where tiny atoms, the macroscopic world would seem very uncertain to us, just as we complex-thinking machines find their world very confusing. It is a lack of knowledge, me thinks. Reiku
Not completely sure of your point here. There seems to be two.
One concerns our knowledge and the other (I think) is the idea that despite millions of uncertain quantum events, the macro-level could be determined - sort of the same logic an insurance company uses to set the rate to charge on a life insurance policy (They have no idea when any particular customer will die, but a very good idea when the average of his class will.)
Even if this second idea is generally true, the quantum uncertainity does make the future indeterminate. Proof: Assume I have a weak radioactive source inside a box with detector A at one end and detector B at the other. Also assume I am a crazy physicist (should not be hard to imagine either
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I have decided to send you a check for $100,000 if after 12Noon tomorrow detector A fires before detector B. But as you could have nothing to lose if that were all, I have also decided to give $50,000 now to a "hit man" and the other $50,000 when he prooves he has killed you, if B fires first.
Here ONE quamtum even is "amplified" to have great inpact upon you (Perhaps the entire world if you live and use the $50K to find the cure for cancer.) There can be no argument about the answer to the thread's question. It is "No," unless Einstein's "hidden variables" exist (and are determinate). This possibility has been tightly constrained by experiments and ___________'s inequality (name escapes me just now.) The constraint envolves "locality" and one can, I think, force the uncertainity in properly chosen set-up. Perhaps with quantum coupled objects, one observed far from you etc.
The "knowledge" concern is pointless. Man does not even need to exist, much less have any knowlege of how nature works, if natural process do have at least some fundamentally random results, such as is thought to be the case in "quantum theory" Then the answer to thread's question is still "No" despite total ignorance or the absence of man (a conditon certainly prevailing in at least 99.99999999999999% of the universe.) For example, the exact timiming of a super nova may be very important to the primative plant life on one side of a distant spinning planet as the X-ray only kill those on that side. I strongly doubt that precisely WHEN a star goes super nova is "PREDETERMINED" down to a one minute window, yet this is a life or death factor for some of those plants.
Hope I correctly guessed at what you were saying, or at least my comments are responsive to it.