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Cambridge University Press eBooks

Does God cheat at dice?

Nicholas Saunders

Published Oct 31, 2002• 0 citations
Publisher

Abstract

Soon after the initial development of quantum mechanics Albert Einstein made the famous statement that he could not conceive of a God that ‘plays dice’. The theologians we considered in the previous chapter seize upon this claimed indeterminacy and have linked it to a theology of special divine action. As we have seen, however, there has been little technical discussion of the possibilities for SDA in quantum theory. It is the aim of this chapter to evaluate this work from a scientific perspective and consider the extent to which God can be said to ‘cheat’ at playing dice. The approach adopted in this chapter is again to consider the claim for quantum SDA in its most basic form – namely the possibility of God determining all or only some quantum events. We shall leave to one side the many different theological motivations for this claim, and consider in detail whether it is a proposal that appears consonant with our current understanding of quantum mechanics. The most constructive approach to assessing the claims considered in the previous chapter is to push the claim that quantum SDA objectively exists as far as possible and examine more closely which theoretical features of quantum mechanics may be taken in support of a notion of non-interventionist SDA. As we saw in chapters 3 and 4, this will necessarily involve a detailed discussion of the understanding of indeterminism in quantum theory and, as we shall see, shall raise the possibility of both compatibilist and incompatibilist interpretations of SDA.

DOI
10.1017/cbo9780511610035.007

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Cambridge University Press eBooks•Oct 31, 2002•0 citations
Soon after the initial development of quantum mechanics Albert Einstein made the famous statement that he could not conceive of a God that ‘plays dice’. The theologians we considered in the previous chapter seize upon this claimed indeterminacy and have linked it to a theology of special divine action. As we have seen, however, there has been little technical discussion of the possibilities for SDA in quantum theory. It is the aim of this chapter to evaluate this work from a scientific perspective and consider the extent to which God can be said to ‘cheat’ at playing dice. The approach adopted in this chapter is again to consider the claim for quantum SDA in its most basic form – namely the possibility of God determining all or only some quantum events. We shall leave to one side the many different theological motivations for this claim, and consider in detail whether it is a proposal that appears consonant with our current understanding of quantum mechanics. The most constructive approach to assessing the claims considered in the previous chapter is to push the claim that quantum SDA objectively exists as far as possible and examine more closely which theoretical features of quantum mechanics may be taken in support of a notion of non-interventionist SDA. As we saw in chapters 3 and 4, this will necessarily involve a detailed discussion of the understanding of indeterminism in quantum theory and, as we shall see, shall raise the possibility of both compatibilist and incompatibilist interpretations of SDA.
The recent debates concerning divine action in the context of quantum mechanics are examined with particular reference to the work of William Pollard, Robert J. Russell, Thomas Tracy, Nancey Murphy, and Keith Ward. The concept of a quantum mechanical “event” is elucidated and shown to be at the center of this debate. An attempt is made to clarify the claims made by the protagonists of quantum mechanical divine action by considering the measurement process of quantum mechanics in detail. Four possibilities for divine influence on quantum mechanics are identified and the theological and scientific implications of each discussed. The conclusion reached is that quantum mechanics is not easily reconciled with the doctrine of divine action.
Albert Einstein once said, “God does not play dice.”In turn, Stephen Hawking said, “not only does God definitely play dice, but He sometimes confuses us by throwing them where they cannot be seen.”These quotations indicate fragmentation and dualism. On the one hand, God is an infinite almighty eternal gambler. He is pure energy. On the other hand, there are two classic and solid dice.God does not think of classic dice. There is no separation between the Dice and God. It is a quantum die which has infinite interactions. The game is a Code.A new name for Hugh Everett III’s theory is proposed. This is Infinite Interacting Vibrations. Can we conceive the Divine as a source from which an infinity of vibrations emanate?The universe is vibration. Our vibration is one of the infinite alternatives with a unique dimensional pattern. Each vibration is not the origin nor end of anything, but a fluctuation of the quantum Ether.
Despite Albert Einstein’s claim that “God does not throw dice,” it is widely believed that quantum physics presents an intrinsically random universe. This conflicts with the theological view that nature operates in one and the same way, unless it be prevented as a result of divine providence. A proposed projection paradigm is based on respect for the integrity of each science. Apparent conflicts between science and theology may be resolved by the consistent application of the principles of science, each within its valid domain. Using this approach, paradoxes are found to involve a covert Platonism among quantum theory’s interpreters. Rather than endorsing an interpretive hypothesis, this essay seeks to apply accepted physics to quandaries posed by quantum theory.
Steven Weinberg writes, “Einstein rejected the notion that the laws of physics could deal with probabilities, famously decreeing that God does not play dice with the cosmos. But history gave its verdict against Einstein—quantum mechanics went on from success to success, leaving Einstein on the sidelines.”Einstein did not reject quantum theory merely because it is probabilistic. He wrote: “There is no doubt that quantum mechanics has seized hold of a beautiful element of truth, and that it will be a test stone for any future theoretical basis.” 1 1. A. Einstein, quoted in J. Wheeler, W. Zurek, Quantum Theory and Measurement, Princeton U. Press, Princeton, NJ (1983), p. 8. Nor was Einstein unilaterally opposed to God playing dice. He expected God to either play dice all the way or not at all. If individual events were totally undetermined, then the overall events should also be undetermined, and not display remarkable regularity. “In for the penny, in for the pound,” he wrote. Thus, a more accurate quote from Einstein about God and dice playing is the following:“That the Lord should play with dice, all right; but that He should gamble according to definite rules, that is beyond me.” 1 1. A. Einstein, quoted in J. Wheeler, W. Zurek, Quantum Theory and Measurement, Princeton U. Press, Princeton, NJ (1983), p. 8. REFERENCESection:ChooseTop of pageREFERENCE <<1. A. Einstein, quoted in J. Wheeler, W. Zurek, Quantum Theory and Measurement, Princeton U. Press, Princeton, NJ (1983), p. 8. Google Scholar© 2006 American Institute of Physics.
Einstein initially objected to the probabilistic aspect of quantum mechanics—the idea that God is playing at dice. Later he changed his ground, and focussed instead on the point that the Copenhagen Interpretation leads to what Einstein saw as the abandonment of physical realism. We argue here that Einstein’s initial intuition was perfectly sound, and that it is precisely the fact that quantum mechanics is a fundamentally probabilistic theory which is at the root of all the controversies regarding its interpretation. Probability is an intrinsically logical concept. This means that the quantum state has an essentially logical significance. It is extremely difficult to reconcile that fact with Einstein’s belief, that it is the task of physics to give us a vision of the world apprehended sub specie aeternitatis. Quantum mechanics thus presents us with a simple choice: either to follow Einstein in looking for a theory which is not probabilistic at the fundamental level, or else to accept that physics does not in fact put us in the position of God looking down on things from above. There is a widespread fear that the latter alternative must inevitably lead to a greatly impoverished, positivistic view of physical theory. It appears to us, however, that the truth is just the opposite. The Einsteinian vision is much less attractive than it seems at first sight. In particular, it is closely connected with philosophical reductionism.
Up to this point we have been dealing almost exclusively with the theoretical concepts of indeterminism, the laws of nature and various theological approaches to SDA. The next three chapters of this book consider in detail the two areas of modern science that are most commonly claimed to be consonant with SDA, namely quantum theory and chaos theory. In the discussion that follows it is presumed that the reader is reasonably conversant with the historical background to the discovery of both theories and the principal philosophical consequences of the different interpretations of quantum theory. It may seem from a cursory reading of current scholarship on the potential relationship between SDA and quantum theory that the proposition that God determines quantum processes is relatively recent. It is clear, however, that this assertion has been a consistent element of the philosophical wrangling over the interpretation of quantum theory for at least the past sixty years. Indeed, while William Pollard's famous work Chance and Providence set the agenda for contemporary debates (Pollard 1958), it is erroneous to view this work as the sole origin of the proposal that God is active in quantum events. As we shall see, it is clear that Pollard was himself influenced by Karl Heim and adopted a very similar notion of God's interaction with quantum theory to that proposed by Heim.