Miracles Read online

  The second Red Herring is this. Many people say, ‘They could believe in miracles in olden times because they had a false conception of the universe. They thought the Earth was the largest thing in it and Man the most important creature. It therefore seemed reasonable to suppose that the Creator was specially interested in Man and might even interrupt the course of Nature for his benefit. But now that we know the real immensity of the universe—now that we perceive our own planet and even the whole Solar System to be only a speck—it becomes ludicrous to believe in them any longer. We have discovered our significance and can no longer suppose that God is so drastically concerned in our petty affairs’.

  Whatever its value may be as an argument, it may be stated at once that this view is quite wrong about facts. The immensity of the universe is not a recent discovery. More than seventeen hundred years ago Ptolemy taught that in relation to the distance of the fixed stars the whole Earth must be regarded as a point with no magnitude. His astronomical system was universally accepted in the Dark and Middle Ages. The insignificance of Earth was as much a commonplace to Boethius, King Alfred, Dante, and Chaucer as it is to Mr H. G. Wells or Professor Haldane. Statements to the contrary in modern books are due to ignorance.

  The real question is quite different from what we commonly suppose. The real question is why the spatial insignificance of Earth, after being asserted by Christian philosophers, sung by Christian poets, and commented on by Christian moralists for some fifteen centuries, without the slightest suspicion that it conflicted with their theology, should suddenly in quite modern times have been set up as a stock argument against Christianity and enjoyed, in that capacity, a brilliant career. I will offer a guess at the answer to this question presently. For the moment, let us consider the strength of this stock argument.

  When the doctor at a post-mortem looks at the dead man’s organs and diagnoses poison he has a clear idea of the different state in which the organs would have been if the man had died a natural death. If from the vastness of the universe and the smallness of Earth we diagnose that Christianity is false we ought to have a clear idea of the sort of universe we should have expected if it were true. But have we? Whatever space may really be, it is certain that our perceptions make it appear three dimensional; and to a three-dimensional space no boundaries are conceivable. By the very forms of our perceptions therefore we must feel as if we lived somewhere in infinite space: and whatever size the Earth happens to be, it must of course be very small in comparison with infinity. And this infinite space must either be empty or contain bodies. If it were empty, if it contained nothing but our own Sun, then that vast vacancy would certainly be used as an argument against the very existence of God. Why, it would be asked, should He create one speck and leave all the rest of space to nonentity? If, on the other hand, we find (as we actually do) countless bodies floating in space, they must be either habitable or uninhabitable. Now the odd thing is that both alternatives are equally used as objections to Christianity. If the universe is teeming with life other than ours, then this, we are told, makes it quite ridiculous to believe that God should be so concerned with the human race as to ‘come down from Heaven’ and be made man for its redemption. If, on the other hand, our planet is really unique in harbouring organic life, then this is thought to prove that life is only an accidental by-product in the universe and so again to disprove our religion. We treat God as the policeman in the story treated the suspect; whatever he does ‘will be used in evidence against Him’. This kind of objection to the Christian faith is not really based on the observed nature of the actual universe at all. You can make it without waiting to find out what the universe is like, for it will fit any kind of universe we choose to imagine. The doctor here can diagnose poison without looking at the corpse for he has a theory of poison which he will maintain whatever the state of the organs turns out to be.

  The reason why we cannot even imagine a universe so built as to exclude these objections is, perhaps, as follows. Man is a finite creature who has sense enough to know that he is finite: therefore, on any conceivable view, he finds himself dwarfed by reality as a whole. He is also a derivative being: the cause of his existence lies not in himself but (immediately) in his parents and (ultimately) either in the character of Nature as a whole or (if there is a God) in God. But there must be something, whether it be God or the totality of Nature, which exists in its own right or goes on ‘of its own accord’; not as the product of causes beyond itself, but simply because it does. In the face of that something, whichever it turns out to be, man must feel his own derived existence to be unimportant, irrelevant, almost accidental. There is no question of religious people fancying that all exists for man and scientific people discovering that it does not. Whether the ultimate and inexplicable being—that which simply is—turns out to be God or ‘the whole show’, of course it does not exist for us. On either view we are faced with something which existed before the human race appeared and will exist after the Earth has become uninhabitable; which is utterly independent of us though we are totally dependent on it; and which, through vast ranges of its being, has no relevance to our own hopes and fears. For no man was, I suppose, ever so mad as to think that man, or all creation, filled the Divine Mind; if we are a small thing to space and time, space and time are a much smaller thing to God. It is a profound mistake to imagine that Christianity ever intended to dissipate the bewilderment and even the terror, the sense of our own nothingness, which come upon us when we think about the nature of things. It comes to intensify them. Without such sensations there is no religion. Many a man, brought up in the glib profession of some shallow form of Christianity, who comes through reading Astronomy to realise for the first time how majestically indifferent most reality is to man, and who perhaps abandons his religion on that account, may at that moment be having his first genuinely religious experience.

  Christianity does not involve the belief that all things were made for man. It does involve the belief that God loves man and for his sake became man and died. I have not yet succeeded in seeing how what we know (and have known since the days of Ptolemy) about the size of the universe affects the credibility of this doctrine one way or the other.

  The sceptic asks how we can believe that God so ‘came down’ to this one tiny planet. The question would be embarrassing if we knew (1) that there are rational creatures on any of the other bodies that float in space; (2) that they have, like us, fallen and need redemption; (3) that their redemption must be in the same mode as ours; (4) that redemption in this mode has been withheld from them. But we know none of them. The universe may be full of happy lives that never needed redemption. It may be full of lives that have been redeemed in modes suitable to their condition, of which we can form no conception. It may be full of lives that have been redeemed in the very same mode as our own. It may be full of things quite other than life in which God is interested though we are not.

  If it is maintained that anything so small as the Earth must, in any event, be too unimportant to merit the love of the Creator, we reply that no Christian ever supposed we did merit it. Christ did not die for men because they were intrinsically worth dying for, but because He is intrinsically love, and therefore loves infinitely. And what, after all, does the size of a world or a creature tell us about its ‘importance’ or value?

  There is no doubt that we all feel the incongruity of supposing, say, that the planet Earth might be more important than the Great Nebula in Andromeda. On the other hand, we are all equally certain that only a lunatic would think a man six-feet high necessarily more important than a man five-feet high, or a horse necessarily more important than a man, or a man’s legs than his brain. In other words this supposed ratio of size to importance feels plausible only when one of the sizes involved is very great. And that betrays the true basis of this type of thought. When a relation is perceived by Reason, it is perceived to hold good universally. If our Reason told us that size was proportional to importance, then small differen
ces in size would be accompanied by small differences in importance just as surely as great differences in size were accompanied by great differences in importance. Your six-foot man would have to be slightly more valuable than the man of five feet, and your leg slightly more important than your brain—which everyone knows to be nonsense. The conclusion is inevitable: the importance we attach to great differences of size is an affair not of reason but of emotion—of that peculiar emotion which superiorities in size begin to produce in us only after a certain point of absolute size has been reached.

  We are inveterate poets. When a quantity is very great we cease to regard it as a mere quantity. Our imaginations awake. Instead of mere quantity, we now have a quality—the Sublime. But for this, the merely arithmetical greatness of the Galaxy would be no more impressive than the figures in an account book. To a mind which did not share our emotions and lacked our imaginative energies, the argument against Christianity from the size of the universe would be simply unintelligible. It is therefore from ourselves that the material universe derives its power to overawe us. Men of sensibility look up on the night sky with awe: brutal and stupid men do not. When the silence of the eternal spaces terrified Pascal, it was Pascal’s own greatness that enabled them to do so; to be frightened by the bigness of the nebulae is, almost literally, to be frightened at our own shadow. For light years and geological periods are mere arithmetic until the shadow of man, the poet, the maker of myths, falls upon them. As a Christian I do not say we are wrong to tremble at that shadow, for I believe it to be the shadow of an image of God. But if the vastness of Nature ever threatens to overcrow our spirits, we must remember that it is only Nature spiritualised by human imagination which does so.

  This suggests a possible answer to the question raised a few pages ago—why the size of the universe, known for centuries, should first in modern times become an argument against Christianity. Has it perhaps done so because in modern times the imagination has become more sensitive to bigness? From this point of view the argument from size might almost be regarded as a by-product of the Romantic Movement in poetry. In addition to the absolute increase of imaginative vitality on this topic, there has pretty certainly been a decline on others. Any reader of old poetry can see that brightness appealed to ancient and medieval man more than bigness, and more than it does to us. Medieval thinkers believed that the stars must be somehow superior to the Earth because they looked bright and it did not. Moderns think that the Galaxy ought to be more important than the Earth because it is bigger. Both states of mind can produce good poetry. Both can supply mental pictures which rouse very respectable emotions—emotions of awe, humility, or exhilaration. But taken as serious philosophical argument both are ridiculous. The atheist’s argument from size is, in fact, an instance of just that picture-thinking to which, as we shall see in a later chapter, the Christian is not committed. It is the particular mode in which picture-thinking appears in the twentieth century: for what we fondly call ‘primitive’ errors do not pass away. They merely change their form.

  8

  MIRACLES AND THE LAWS OF NATURE

  It’s a very odd thing–

  As odd as can be–

  That whatever Miss T. eats

  Turns into Miss T.

  W. DE LA MARE

  Having cleared out of the way those objections which are based on a popular and confused notion that the ‘progress of science’ has somehow made the world safe against Miracle, we must now consider the subject on a somewhat deeper level. The question is whether Nature can be known to be of such a kind that supernatural interferences with her are impossible. She is already known to be, in general, regular: she behaves according to fixed laws, many of which have been discovered, and which interlock with one another. There is, in this discussion, no question of mere failure or inaccuracy to keep these laws on the part of Nature, no question of chancy or spontaneous variation.1 The only question is whether, granting the existence of a Power outside Nature, there is any intrinsic absurdity in the idea of its intervening to produce within Nature events which the regular ‘going on’ of the whole natural system would never have produced.

  Three conceptions of the ‘Laws’ of Nature have been held. (1) That they are mere brute facts, known only by observation, with no discoverable rhyme or reason about them. We know that Nature behaves thus and thus; we do not know why she does and can see no reason why she should not do the opposite. (2) That they are applications of the law of averages. The foundations of Nature are in the random and lawless. But the number of units we are dealing with are so enormous that the behaviour of these crowds (like the behaviour of very large masses of men) can be calculated with practical accuracy. What we call ‘impossible events’ are events so overwhelmingly improbable—by actuarial standards—that we do not need to take them into account. (3) That the fundamental laws of Physics are really what we call ‘necessary truths’ like the truths of mathematics—in other words, that if we clearly understand what we are saying we shall see that the opposite would be meaningless nonsense. Thus it is a ‘law’ that when one billiard ball shoves another the amount of momentum lost by the first ball must exactly equal the amount gained by the second. People who hold that the laws of Nature are necessary truths would say that all we have done is to split up the single events into two halves (adventures of ball A, and adventures of ball B) and then discover that ‘the two sides of the account balance’. When we understand this we see that of course they must balance. The fundamental laws are in the long run merely statements that every event is itself and not some different event.

  It will at once be clear that the first of these three theories gives no assurance against Miracles—indeed no assurance that, even apart from Miracles, the ‘laws’ which we have hitherto observed will be obeyed tomorrow. If we have no notion why a thing happens, then of course we know no reason why it should not be otherwise, and therefore have no certainty that it might not some day be otherwise. The second theory, which depends on the law of averages, is in the same position. The assurance it gives us is of the same general kind as our assurance that a coin tossed a thousand times will not give the same result, say, nine hundred times: and that the longer you toss it the more nearly the numbers of Heads and Tails will come to being equal. But this is so only provided the coin is an honest coin. If it is a loaded coin our expectations may be disappointed. But the people who believe in miracles are maintaining precisely that the coin is loaded. The expectations based on the law of averages will work only for undoctored Nature. And the question whether miracles occur is just the question whether Nature is ever doctored.

  The third view (that laws of Nature are necessary truths) seems at first sight to present an insurmountable obstacle to miracle. The breaking of them would, in that case, be a self-contradiction and not even Omnipotence can do what is self-contradictory. Therefore the Laws cannot be broken. And therefore, we shall conclude, no miracle can ever occur?

  We have gone too quickly. It is certain that the billiard balls will behave in a particular way, just as it is certain that if you divided a shilling unequally between two recipients then A’s share must exceed the half and B’s share fall short of it by exactly the same amount. Provided, of course, that A does not by sleight of hand steal some of B’s pennies at the very moment of the transaction. In the same way, you know what will happen to the two billiard balls—provided nothing interferes. If one ball encounters a roughness in the cloth which the other does not, their motion will not illustrate the law in the way you had expected. Of course what happens as a result of the roughness in the cloth will illustrate the law in some other way, but your original prediction will have been false. Or again, if I snatch up a cue and give one of the balls a little help, you will get a third result: and that third result will equally illustrate the laws of physics, and equally falsify your prediction. I shall have ‘spoiled the experiment’. All interferences leave the law perfectly true. But every prediction of what will happen in a given instance
is made under the proviso ‘other things being equal’ or ‘if there are no interferences’. Whether other things are equal in a given case and whether interferences may occur is another matter. The arithmetician, as an arithmetician, does not know how likely A is to steal some of B’s pennies when the shilling is being divided; you had better ask a criminologist. The physicist, as a physicist, does not know how likely I am to catch up a cue and ‘spoil’ his experiment with the billiard balls: you had better ask someone who knows me. In the same way the physicist, as such, does not know how likely it is that some supernatural power is going to interfere with them: you had better ask a metaphysician. But the physicist does know, just because he is a physicist, that if the billiard balls are tampered with by any agency, natural or supernatural, which he has not taken into account, then their behaviour must differ from what he expected. Not because the law is false, but because it is true. The more certain we are of the law the more clearly we know that if new factors have been introduced the result will vary accordingly. What we do not know, as physicists, is whether Supernatural power might be one of the new factors.