Following is a holiday-themed op-ed I sat down and wrote one morning that no one wanted, though I did get some interesting feedback. The consensus from my usual outlets for such work was that (a) the piece probably demanded too much background knowledge on the reader's part and (b) I was being a tad presumptuous in setting myself up as a supposed higher authority in these matters than all those Nobel laureates with their profound and collective intellectual horsepower.
Maybe so. Nonetheless, I put it forward for your reading (dis?)pleasure.
Incidentally—lest anyone conclude that I am, in fact, a moron—I "get" the idea that things that appear on the surface to be standing still are actually in motion if examined on a different scale. I also get the fact that light appears to act as both a wave and a particle. But those are just appearances. In the case of the moving/non-moving duality, just as in the case of the wave-particle duality, the appearances are deceiving, as there is a deeper truth that has not yet been elucidated. Or there is something else going on entirely. Hence my op-ed.
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EARLIER THIS YEAR, University of California-Santa Barbara physicists caused a good deal of excitement in the scientific community's small but highly influential quantum-mechanics ("QM") wing. They took a
metal filament the width of a human hair, placed it in a jar, sucked out all air, then jolted it with some juice. The results they announced were stunning: The filament had been observed vibrating and standing still—simultaneously.
I don't claim to be a scientist, nor do I even play one on TV, but this finding, albeit intriguing, sounds suspiciously like observational error: a trick of eye, mind or measurement. In any case, the UCSB episode joins a growing body of theories, equations and experiments churned out by QM researchers that, taken together, supposedly prove that nature is riddled with physical paradoxes. That notion becomes all the more important as we come upon the keynote event of this holiday season, because physicists use evidence of these so-called "multi-state" phenomena in arguing against the very reason for the holidays: God.
Small-scale experiments like the one at UCSB become the substance of monumental propositions that attempt to address the biggest questions of all: How did we get here? How could something come from nothing? Generalizing from lab-work like the foregoing, today's QM brain trust argue that such questions have perfectly rational (that is, secular) answers. Rather than being vexed by contradiction—as a scientist normally would be—they embrace it. They maintain that existence doesn't necessarily preclude nonexistence, that something can be not dead or alive but both or neither (e.g. Schrodinger's apocryphal cat-in-a-box). Some propose parallel universes within our own universe than "run along a different spacetim
e continuum." They tell us that astronauts who've spent a week traveling at a certain velocity in certain regions of space actually return to earth a few milliseconds older or younger (I forget which) than the rest of us who lived through that same nominal week here on earth.
It should not escape anyone's attention that these lab and thought experiments run counter to all observed and measured experience throughout the whole of recorded history. In the world as we know it, things are alive or dead, stationary or mobile, at any given point in time. Speaking of time, in real life it tends to unfold in orderly fashion, and to the best of my knowledge and belief has never failed to do so. Our perception of time may differ depending on circumstances, but time itself is oblivious, independent. All clocks in the same time zone that are accurate and working properly strike noon at the same precise instant.
Nonetheless, we're told that in the subatomic and cosmic realms—which, conveniently enough, just happen to be realms to which only the scientists themselves are privy—all bets are off, and the usual rules don't apply. How easy it is to be "unimpeachable" when your theories don't need to pass the acid tests of wide observation and real-world repeatability!
The notion that incongruous explanations for life's mysteries can be plausibly reconciled into a valid whole flies in the face of everything science historically has tried to do in seeking consistent explanations for observed phenomena. Where else would you accept the kind of reasoning that poses that things can be there but not there, dead but alive? ("Mr. Jones, I'm happy to inform you that your wife made it through surgery. On the other hand...") On what basis does science exempt itself from its own rules in promoting such stunningly dichotomous ideas—and why do we buy in? Maybe it's because it all sounds so damned "cool," or because it's so impossibly obscure, involving reasoning and jargon that leaves us average mortals in the cosmic dust.
Today's physics reasons from the circular premise that "there simply can't be anything supernatural going on, so we need an alternate explanation." Among the scientific elite, godly intervention is unacceptable-by-fiat, period. Yet every time I hear a scientist proffer some grandiose theory and then, when pressed for specifics, fall back on, "Well, see, we just don't know that part yet," I'm reminded of what Sister Anne-Marie would say during my confraternity classes: "It's a mystery."
A cynic might easily infer that these quantum theories are attempts to contrive a god-like mechanism of action without the (offending) presence of an actual god. This branch of science, then, becomes a quasi-religion unto itself, where we are asked to accept on faith "truths" that cannot be seen in life and have never been empirically documented through the millennia. Worse, non-believers are marginalized or treated with high-minded disdain. Scientists chortle at supernatural explanations for the universe, turning the argument on its ear: "Oh really? But if God made the Universe, then where did God come from, huh? Huh!?" They play the line as a supercilious trump card, even though it makes the colossal mistake of assuming that God-based explanations must meet the same logical and scientific bar as science-based explanations.
Religion doesn't have to conform to classical notions of logic and physics. Science, however, ought to.