Religious belief often claims to respect the laws of nature while allowing for rare exceptions called miracles. The rule is that dead people remain dead; the miracle claim is that, in the case of Jesus, this rule was not broken but temporarily suspended.
However, modern physics complicates this idea. Stephen Hawking argued that experiments can yield many possible outcomes, some more likely than others, and that the actual result resembles a dice throw. Paraphrasing Einstein, Hawking suggested that it is as if God throws dice before deciding the outcome of each physical process. If natural law itself is probabilistic and fluid, science cannot clearly identify an event as a miracle. If outcomes are always uncertain, there is no stable baseline from which to declare that a particular event required supernatural intervention.
At the same time, the very idea of calling something a miracle presupposes regular laws—for example, that dead people normally stay dead. Without such regularity, the concept of a miracle loses meaning. Quantum mechanics therefore does not provide a loophole for affirming the supernatural or paranormal; instead, it undermines the ability to identify exceptions to natural law at all.
Commentary on Quantum Randomness and Creation
At the quantum level, events appear random. Particles seem to appear and disappear, giving the impression that something comes from nothing. However, this does not prove creation out of nothing. What appears to be “nothing” may simply be something undetectable—such as an unknown dimension or a process beyond current measurement. Claims of creation from nothing are unverifiable. They are ideas, not theories, because theories require evidence.
A God who must rely on randomness—who must “throw dice” to determine outcomes—would not be an all-powerful creator but something closer to a superhuman being constrained by chance. Classical Christian belief, however, describes God as the creator of all things, using absolutely nothing to bring everything into existence. These two views are difficult to reconcile.
Quantum Indeterminacy and Free Will
Some philosophers and scientists, such as John Eccles, Robert Kane, and Karl Popper, hoped that quantum indeterminacy might provide a basis for human free will. However, indeterminacy at the quantum level does not guarantee meaningful effects at the human or psychological level. Even if quantum randomness influences the physical world, it does not follow that it influences conscious decision-making.
As Professor Patrick Haggard has pointed out, human action operates at the macro level, not the quantum level. Randomness in subatomic events does not automatically translate into freedom of will.
Problems with Grounding Free Will in Randomness
Free will becomes incoherent if it is understood as the creation of actions from nothing. And yet it seems to mean just that. Creation itself is unverifiable and poorly understood, and it may not even be a meaningful concept within human language. We should not rely on it as an explanation when it may be incoherent or beyond intelligible description.
Randomness does not ground free will. A random action is not a free action. Independence alone does not guarantee freedom, and randomness introduces disorder, not agency. Free will requires structure, coherence, and deliberation. A decision is a process; if that process is bypassed, the result is not free will but chance.
Random outcomes do not imply random causes. A random visual stimulus does not make the eye random. Likewise, randomness in physics does not produce freedom in agency.
Conclusion
Quantum mechanics does not support miracles, free will, or supernatural creation. Instead, it challenges the clarity of natural law while offering no coherent foundation for divine intervention or human freedom. In this sense, free will, creation from nothing, and magic all rely on the same unresolved and possibly incoherent assumptions.