The Limits of Science (II)

The material of the universe — be it called matter or energy — has three essential properties: essence, emanation, and effect. Essence — what things really “are” — is the most elusive of the properties, and probably unknowable. Emanations are the perceptible aspects of things, such as their detectible motions and electromagnetic properties. Effects are what things “do” to other things, as in the effect that a stream of photons has on paper when the photons are focused through a magnifying glass. (You’ve lived a bland life if you’ve never started a fire that way.)

Science deals in emanations and effects. It seems that these can be described without knowing what matter-energy “really” consists of. But can they?

Take a baseball. Assume, for the sake of argument, that it can’t be opened and separated into constituent parts, which are many. (See the video at this page for details.) Taking the baseball as a fundamental particle, its attributes (seemingly) can be described without knowing what’s inside it. Those attributes include the distance that it will travel when hit by a bat, when the ball and bat (of a certain weight) meet at certain velocities and at certain angles, given the direction and speed of rotation of the ball when it meets the bat, ambient temperature and relative humidity, and so on.

And yet, the baseball can’t be treated as if it were a fundamental particle. The distance that it will travel, everything else being the same, depends on the material at its core, the size of the core, the tightness of the windings of yarn around the core, the types of yarn used in the windings, the tightness of the cover, the flatness of the stitches that hold the cover in place, and probably several other things.

This suggests to me that the emanations and effects of an object depend on its essence — at least in the everyday world of macroscopic objects. If that’s so, why shouldn’t it be the same for the world of objects called sub-atomic particles?

Which leads to some tough questions: Is it really the case that all of the particles now considered elementary are really indivisible? Are there other elementary particles yet to be discovered or hypothesized, and will some of those be constituents of particles now thought to be elementary? And even if all of the truly elementary particles are discovered, won’t scientists still be in the dark as to what those particles really “are”?

The progress of science should be judged by how much scientists know about the universe and its constituents. By that measure — and despite what may seem to be a rapid pace of discovery — it is fair to say that science has a long way to go — probably forever.

Scientists, who tend to be atheists, like to refer to the God of the gaps, a “theological perspective in which gaps in scientific knowledge are taken to be evidence or proof of God’s existence.” The smug assumption implicit in the use of the phrase by atheists is that science will close the gaps, and that there will be no room left for God.

It seems to me that the shoe is really on the other foot. Atheistic scientists assume that the gaps in their knowledge are relatively small ones, and that science will fill them. How wrong they are.

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Related posts:
Atheism, Religion, and Science
The Limits of Science
Beware of Irrational Atheism
The Creation Model
The Thing about Science
A Theory of Everything, Occam’s Razor, and Baseball
Evolution and Religion
Words of Caution for Scientific Dogmatists
Science, Evolution, Religion, and Liberty
Science, Logic, and God
Is “Nothing” Possible?
Debunking “Scientific Objectivity”
Science’s Anti-Scientific Bent
The Big Bang and Atheism
Einstein, Science, and God
Atheism, Religion, and Science Redux
The Greatest Mystery
More Thoughts about Evolutionary Teleology
A Digression about Probability and Existence
More about Probability and Existence
Existence and Creation
Probability, Existence, and Creation
The Atheism of the Gaps
Demystifying Science
Scientism, Evolution, and the Meaning of Life
Mysteries: Sacred and Profane
Something from Nothing?
Something or Nothing
My Metaphysical Cosmology
Further Thoughts about Metaphysical Cosmology
Spooky Numbers, Evolution, and Intelligent Design
Mind, Cosmos, and Consciousness

Mysteries: Sacred and Profane

A philosopher named Jamie Whyte, about whom I have written before (“Invoking Hitler“), is the author of Bad Thoughts – A Guide to Clear Thinking. According to the publisher, it is a

book for people who like argument. Witty, contentious, and passionate, it exposes the methods with which we avoid reasoned debate…. His writing is both laugh-out-loud funny and a serious comment on the ways in which people with power and influence avoid truth in steering public opinion.

Bad Thoughts is witty — though “laugh-out-loud funny” is a stretch — and, for the most part, correct in its criticisms of the kinds of sloppy logic that are found routinely in politics, journalism, blogdom, and everyday conversation.

But Whyte is not infallible, as I point out in “Invoking Hitler.”  This post focuses on another of Whyte’s miscues, which is found under “Mystery” (pp. 23-26). Here are some relevant samples:

…Consider … the orthodox Christian doctrine of the Unity of the Holy Trinity. The Father, the Son and the Holy Ghost are three distinct entities — as suggested by ‘Trinity’. Yet each is God, a sinle entity — as suggested by ‘Unity’. The doctrine is not that each is part of God, in the way that the FM tuner is part of your three-in-one home stereo. Each is wholly God.

And there’s the problem. It takes only the most basic arithmetic to see that three things cannot be one thing. The doctrine of the Unity of the Trinity is inconsistent with the fact that three does not equal one.

Whyte goes on and on, but the quoted material is the essence of his “case” that the Blessed Trinity (Catholic usage) is impossible because it defies mathematical logic. What is worse, to Whyte, is the fact that this bit of illogic is “explained away” (as he would put it) by calling it a “mystery.”

I am surprised that a philosopher cannot accept the idea of “mystery.” Anyone who thinks for more than a few minutes about the nature of the universe, as Whyte must have done, concludes that its essence is beyond human comprehension. And, yet, the universe exists. The universe — a real thing — is, at bottom, a mystery. Somehow, the mysteriousness of the universe does not negate its existence.

And there are scientific mysteries piled on that mysteriousness. Two of those mysteries have a common feature: They posit the simultaneous existence of one thing in more than one form — not unlike the Blessed Trinity:

Wave–particle duality postulates that all particles exhibit both wave and particle properties. A central concept of quantum mechanics, this duality addresses the inability of classical concepts like “particle” and “wave” to fully describe the behavior of quantum-scale objects.

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The many-worlds interpretation is an interpretation of quantum mechanics that asserts the objective reality of the universal wavefunction, but denies the actuality of wavefunction collapse. Many-worlds implies that all possible alternative histories and futures are real, each representing an actual “world” (or “universe”).

As Shakespeare puts it (Hamlet, Act I, Scene V), “There are more things in heaven and earth, Horatio, than are dreamt of in your philosophy.” Or in your physics.

If Whyte wants to disprove the Blessed Trinity, he must first try to disprove the existence of God — a fool’s errand that I have addressed in other posts; for example:

A Digression about Probability and Existence
More about Probability and Existence
Existence and Creation
Probability, Existence, and Creation
The Atheism of the Gaps
Not-So-Random Thoughts (II)” (see the first section, “Atheism,” which inter alia addresses Lawrence M. Krauss’s A Universe from Nothing, which is summarized in this article by Krauss)