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I agree with Voxton. Something which is mystical is beyond the realms of science and cannot be tested through scientific method. Magnetism, for example, was considered magickal until science was able to understand it. The same thing will likely happen with at least some of the things which we consider mystical today. But as soon as that happens, they are no longer mystical.By definition, mystical experiences are beyond your senses and intelligence -- heh, one dictionary definition for mysticism is actually "Vague, groundless speculation."
In spite of that, science has been used to examine SUPPOSED mystical experiences, by monitoring physiological characteristics in the body, and comparing this data to data from non-mystical experiences... Eg., near-death experiences share characteristics with high-G blackouts amongst pilots.
So I'd say science can be used to determine whether something ISN'T a mystical experience -- but by definition, there is nothing to be examined in a genuine mystical experience.
Greatest, perhaps, and also the most ideologically destructive. Their discoveries are undeniable. However, the absurdly illogical explanations for their discoveries amount to little more than hand-waving that has been blindly accepted by everyone who came later. They've led us to an anti-Rennaissance that plagues quantum mechanics to this day, where 'God of the Gaps' fallacies trump logical absolutes. Think of a primitive who figures out how to use a VCR, then tells the rest of his tribe that evil spirits living inside are responsible. The tribe, blown away by this primitive's monumental achievement, accepts his explanation for it as if the two were inseparable.scitsofreaky said:It has writtings by eight of the greatest scientists of the last century, including Heisenberg and Einstein
Can you clarify as to what you mean by mystical experiences? I'm not quiet sure.Sunstone said:Is there any way or method whereby science can study mystical experiences? Or are mystical experiences beyond the ability of science to study them?
One flaw I must point out is that I think you are actually talking about an electron, which has the properties of both particles and waves, but is not both a particle and a wave.One Prime Mover said:take the idea of a photon being both a particle and a wave
Particle/Wave duality applies both to photons and to electrons (and to anything else smaller than a certain size). Quantum weirdness for the layman is more commonly associated with the single photon double-slit experiment than with the atomic model of the electron, which is why I stuck to photons.scitsofreaky said:One flaw I must point out is that I think you are actually talking about an electron,
This distinction depends on who you talk to, and how precise they're being in verbalizing their position. Regardless, all commonly accepted models of quantum mechanics won't hold back from violating fundamental, Aristotelian axioms of reality that, quite simply, are inviolable. When a quantum physicist says that a photon has the properties of both a particle and a wave, he is stating that the single particle has qualities that are absolutely contradictory. This is a position that is logically absurd by its own definition, irrespective of our lack of understanding. If having characteristic A by definition states that you do not have characteristic B, then you cannot have both A and B. If the evidence is stating otherwise, then the definition of A has to be changed (or the evidence has to be revisited).scitsofreaky said:which has the properties of both particles and waves, but is not both a particle and a wave.
Uh-huh. And what, pray tell, is a 'shadow of reality'? What light casts this shadow, and onto what? I admit that 'shadow' is rather lyrical, but when we're discussing matters of science we're more interested in precisely defined truth than in freedom of creative expression.scitsofreaky said:One theme that runs throughout "Quantum Questions" is that with quantum mechanics, science is now having to admit that it is lacking, that it does not study reality itself, but studies the mere shadows of reality.
I would say "some" scientists claim this, but even that is far too many. It is a sign of how lost science is when it approaches the borders of its own empirical foundation -- and no, approaching those borders does not require mysticism. Passing them does, which is why doing so is impossible.scitsofreaky said:Most, if not all, of the scientists claim that for one to study reality itself, one has to become mystical.
Yep, that's what I meant when I said science can be applied to mysticism indirectly, by supporting claims that contradict those of the mystics (i.e. 'no, you can't levitate objects in the air').Mr_Spinkles said:One thing that science can do is show whether or not the observable claims made by mystics actually occur.
Anything I have read has only used "particle" and "wave" and ways to try to describe to the layman how electrons/photons act. From what I have seen, photons and electrons (and the like) really don't fit into any previously given defintion, and so to convay what they are to the layman, they are trying to use the previously given definitons, which seems to just be causing more confusion. I know it sure has caused me a good deal of confusion.This distinction depends on who you talk to, and how precise they're being in verbalizing their position
I believe it was Heisenberg who used this analogy, but I'm not certain of it. Basically, reality is the light, and the shadows are the effects of the light. Ergo, if science is studying the shadows in the analogy, then it is studying the effects of reality, not reality itself.Uh-huh. And what, pray tell, is a 'shadow of reality'? What light casts this shadow, and onto what? I admit that 'shadow' is rather lyrical, but when we're discussing matters of science we're more interested in precisely defined truth than in freedom of creative expression.
It appears I wasn't as clear as I should have been. When I said most of the scientists, I was refering to the scientists that Wilber used in "Quantum Questions," which include Einstein, Heisenberg, Eddington, Plank and Jeans. I was in no way trying to make a generalization about all scientists, which is something I could never attempt.I would say "some" scientists claim this, but even that is far too many