Argument

The Unbroken Whole Argument

Intro

For most of modern history, people pictured the universe as a huge collection of tiny separate pieces, like grains of sand, each with its own properties, bumping into its neighbours. Quantum physics has broken that picture. When two particles become "entangled," the pair can have definite joint properties while neither particle has its own definite properties at all. And experiments, including the work honoured by the 2022 Nobel Prize, show that their correlations cannot be explained by hidden instructions each particle carried separately.

That means nature, at its deepest level, is not just a pile of parts. It behaves more like one connected whole. Some philosophers now argue that the whole universe comes first and its parts depend on it.

This argument asks a simple question: what holds the whole together? A heap of sand needs no explanation beyond its grains. A whole that its parts cannot explain is different. It needs a ground, and since the universe did not have to exist or be this way, that ground must lie outside it. Christians have always said exactly that: "in him all things consist" (Colossians 1:17). This is not a claim that quantum physics proves God, and it is not quantum mysticism. It is a claim about which explanation fits the kind of world physics has found.

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In full

The Unbroken Whole Argument is a cosmological argument from quantum nonseparability. Its explanandum is the holism of the physical world: entangled systems have joint states that are not fixed by any assignment of states to their parts, and Bell's theorem (1964), with the loophole-free tests of 2015, shows that the resulting correlations cannot be reproduced by any theory satisfying local causality with free measurement settings. Every interpretation of quantum mechanics accommodates this at a price: explicit nonlocality (Bohmian mechanics, collapse theories), the denial of single outcomes (Everett), the relativising of facts to observers or agents (relational and QBist views), or superdeterministic correlation of settings and states. What no interpretation restores is the classical picture of a world built up from separately existing local pieces, David Lewis's "vast mosaic of local matters of particular fact." A deductive spine (P1 to P5) moves from this nonseparability, through Schaffer's and Ismael's argument that the cosmos is plausibly one entangled whole whose unity is prior to its parts, to the claim that a contingent, unified whole requires a ground beyond itself, and that a single, simple, necessary and sustaining Cause explains that unity better than a brute cosmos or a pantheistic one. The physics in P1 is established; the metaphysics in P2 is a leading philosophical reading, not a result of physics; the conclusion is confirmatory and is explicitly no stronger than P2 and P3 allow.

Format note

This page is a braided case in the house format of Ris3n Arguments: a valid spine, with each premise supported separately by data, by a comparison of rival explanations and by agreement across fields, then a check that the strands do not double-count, a ledger and a defeater gate. It braids four fields. Quantum physics supplies the datum: entanglement and the experimental violation of Bell inequalities. Physics more broadly supplies the cosmological setting, a universe that began in a common state and is contingent in its laws and constants. Philosophy supplies the reading (priority monism and common-ground holism) and the principle that a contingent whole needs a ground. Theology supplies the candidate ground: the Creator in whom all things hold together.

The spine

Validity. P1 and P2 establish a unified whole not explained by its parts. P3 makes it contingent. P4 says such a whole, if explained, is explained by something beyond it. P5 compares the candidates and ranks the transcendent sustaining Cause first. The form is a grounding argument closed by inference to the best explanation; the conclusion follows if the premises hold and the brute-fact option is not preferred.

Strength of the conclusion. Confirmatory, and contested. P1 is physics. P2 is a reading of physics that serious philosophers defend and others reject. P4 is a version of the principle of sufficient reason. The conclusion is that the holism physics has found is better explained by theism than by its rivals, not that entanglement proves God.

P1, Nonseparability: the world is not a mosaic

Inductive strand

1. Bell's theorem. John S. Bell, "On the Einstein Podolsky Rosen Paradox" (Physics 1, 1964), proved that any theory in which outcomes depend only on local factors, with measurement settings chosen independently of the systems measured, must satisfy certain statistical inequalities, and that quantum mechanics predicts violations of them.
2. The experiments. Violations were found by Freedman and Clauser (1972) and by Alain Aspect and colleagues (1982). In 2015 three groups closed the main loopholes together: B. Hensen et al., "Loophole-free Bell inequality violation using electron spins separated by 1.3 kilometres" (Nature 526, 2015); M. Giustina et al. and L. K. Shalm et al. (Physical Review Letters 115, 2015). The 2022 Nobel Prize in Physics went to Aspect, Clauser and Anton Zeilinger "for experiments with entangled photons, establishing the violation of Bell inequalities and pioneering quantum information science."
3. What is ruled out. The classical picture, in which each particle carries its own definite properties and nothing but local influences correlate distant outcomes, cannot reproduce the observed statistics.
4. What is not ruled out, and what is not implied. Entanglement does not allow faster-than-light signalling; the no-signalling theorem (Ghirardi, Rimini and Weber, 1980, among others) shows that one experimenter's choices cannot change the other's local statistics. Nothing here says consciousness affects matter, and nothing here is a mechanism for prayer, telepathy or "everything is energy."
5. The cost to classical metaphysics. David Lewis's Humean supervenience held that everything in the world supervenes on "a vast mosaic of local matters of particular fact." Tim Maudlin (The Metaphysics Within Physics, Oxford, 2007) argues that quantum entanglement is exactly the kind of physical fact that defeats it: the joint state of an entangled pair is not fixed by local facts about each.

Abductive strand

Each live option abandons the mosaic. P1 needs nothing more.

Convergence

Experimental physics (the Bell tests), theoretical physics (Bell, the no-signalling theorems) and philosophy of physics (Maudlin; Ismael and Schaffer) reach the same claim from different methods: whatever the right interpretation, the world is not built of separately existing local pieces. The physicists named have no theistic motive, and Bell himself did not draw theological conclusions.

Objections and rebuttals

1. "Entanglement is just correlation, like a pair of gloves split into two boxes." Rebuttal. The glove picture is a local hidden-variable model, and Bell's theorem is precisely the proof that such models cannot reproduce the quantum statistics. The experiments test the gloves and the gloves lose.
2. "Many-worlds is local, so the holism disappears." Rebuttal. On Everett the fundamental object is a single universal wavefunction, almost entirely entangled. The holism does not disappear; it moves from the branches to the whole.

P2, The whole is unified

Inductive strand

1. Priority monism. Jonathan Schaffer, "Monism: The Priority of the Whole" (Philosophical Review 119, 2010), argues that the cosmos is the one fundamental concrete object and its parts are derivative, and he offers an argument from quantum entanglement: if the cosmos is a single entangled system, it has properties not fixed by its parts, so the whole is prior.
2. Common-ground holism. Jenann Ismael and Jonathan Schaffer, "Quantum Holism: Nonseparability as Common Ground" (Synthese 197, 2020), argue that the best explanation of nonseparable correlations is a "common ground," modelled on common-cause explanation: the separated systems are partial aspects of a more unified underlying reality.
3. A common beginning. On standard cosmology the observable universe developed from a hot, dense early state in which its contents interacted. Schaffer takes this shared history, with the spread of entanglement through interaction, as reason to think the cosmos as a whole is entangled. This last step is a philosophical extrapolation, not a measurement.

Abductive strand

Convergence

Metaphysics (Schaffer), philosophy of physics (Ismael), and cosmology (a common origin) support P2 by different routes. The point of agreement is modest: the unity of the world is real and not merely the sum of its parts.

Objections and rebuttals

1. "Priority monism is a minority view." Rebuttal. It is, and the ledger rates P2 as contested. The argument also runs on a weaker premise: even piecemeal holism means the world's unity is a positive fact that the parts do not explain, which is enough for P4.
2. "Decoherence makes the world classical." Rebuttal. Decoherence explains why we do not see interference at large scales; it does so by entangling systems with their environments. It extends the web rather than cutting it.

P3, Contingency

Inductive strand

1. The universe had a hot early state and is described by laws and constants that physics does not derive from anything deeper. See Big Bang and Fine-Tuning Argument.
2. The laws themselves are contingent. Nothing in logic requires quantum mechanics, its constants or its initial conditions; physicists routinely study consistent models with different ones.
3. Entanglement itself is a structural feature of this kind of physics, not of every possible world. Classical worlds without it are conceivable and mathematically coherent.

Abductive strand

The rival is that the cosmos exists necessarily. That claim must explain why a necessary being would have arbitrary-looking constants and a particular initial state; the theist need only say the cosmos is the way its Creator made it. See Contingency Argument.

Convergence

Physics (the empirical character of laws and constants), modal metaphysics (Leibniz, Aquinas's third way) and cosmology reach P3.

Objections and rebuttals

1. "Maybe the laws could not have been otherwise." Rebuttal. No one has shown this, and the practice of physics treats the constants as measured, not derived. A necessary universe is a promissory note.

P4, The grounding principle

Inductive strand

1. Wholes that are more than their parts are explained by something. A sentence's meaning is not explained by its letters, but by a speaker; a machine's unity is not explained by its parts, but by its design and its builder. We do not accept "it is just unified" as an explanation of a unified contingent thing.
2. The principle is the one physics already uses. Ismael and Schaffer's "common ground" explanation applies, inside physics, the rule that correlated parts are explained by something they share. P4 asks the same question of the whole.

Abductive strand

Convergence

The Principle of Sufficient Reason (Leibniz), the classical doctrine of conservation (Aquinas; see Divine Conservationism) and the common-ground explanatory pattern in philosophy of physics converge on P4.

Objections and rebuttals

1. "The principle of sufficient reason is false." Rebuttal. P4 needs only a modest version: a contingent thing's positive features have an explanation if anything does. Rejecting even that removes the ground for asking why the Bell correlations obtain, which is the question physics itself asks.

P5, The best candidate

Inductive strand

1. A single Cause explains a single whole. One ground for one unified cosmos is the simplest fit to the datum. A multiplicity of gods or principles would reintroduce the problem of what unifies them.
2. A transcendent Cause explains contingency. Pantheism identifies God with the whole, but the whole is contingent, changing and composite; it cannot be its own necessary ground. See Pantheism vs the Christian God.
3. A sustaining Cause explains ongoing unity. The holism is not a past event but a present structure, which fits a Cause who conserves the world at every moment rather than one who only started it. See Argument from the Continuance of Being.
4. Scripture states the thesis. "And he is before all things, and in him all things consist" (Colossians 1:17, ASV). The Greek verb, synestēken, is the perfect of synistēmi, "to stand together, cohere": the things have come to cohere and continue to cohere in Him. Compare Hebrews 1:3, "upholding all things by the word of his power."

Abductive strand

Convergence

Classical theism (Aquinas, Leibniz), the New Testament's cosmic Christology (Colossians 1, Hebrews 1, Ephesians 1:10) and the philosophical comparison of grounds above reach P5 independently.

Objections and rebuttals

1. "Why not many gods, one for each region?" Rebuttal. The datum is that the regions are not separate. A Bell correlation between two labs is one fact, not two.
2. "This is God of the gaps." Rebuttal. The argument does not rest on what physics cannot explain. It rests on what physics has established, nonseparability, and asks the metaphysical question physics does not try to answer: why there is a unified whole at all.

The knot

The strands come from different sources. The experiments (Clauser, Aspect, Hensen, Giustina, Shalm) are empirical and interpretation-neutral. The theorem (Bell) is mathematics. The metaphysical reading (Schaffer, Ismael, Maudlin) is philosophy of physics by secular authors. The grounding principle (Leibniz, Aquinas) predates quantum mechanics by centuries. The theological thesis (Colossians, Hebrews) is first-century. One overlap is counted once: P2 depends on P1, so the ledger treats "the cosmos is a single whole" as an extension of the nonseparability row, not as an independent datum.

The ledger

Prior-agnostic: the ledger asks only how expected each datum is under each hypothesis. The ratings are reasoned judgments from the sections above, not measurements.

Net. No single row is strong. The argument's weight comes from the combination: a world that is one, that is contingent, and whose oneness its parts do not explain. On theism that combination is what creation by one sustaining God predicts. On naturalism it is a brute fact. The ledger supports a modest confirmation, contingent on P2 and P4.

The defeater gate

The brute-monist reply. The strongest objection is that the argument has already conceded what the naturalist needs. If priority monism is right, the cosmos is the one fundamental object, and fundamental objects do not need grounding: that is what "fundamental" means. Schaffer himself is not offering a theistic argument; on his view the cosmos simply is the bottom level. The theist posits one fundamental being, God; the monist posits one fundamental being, the cosmos. By parsimony the monist wins, because the cosmos is already known to exist and God is an extra posit.

The reply has three parts.

1. Fundamental is not the same as necessary. Being at the bottom of the grounding order explains why the parts depend on the whole. It does not explain why the whole exists or why it has the laws and constants it has (P3). A fundamental but contingent thing is exactly what the classical cosmological argument says needs a cause. See Contingency Argument.
2. Parsimony counts kinds of posit, not just their number. The monist's single fundamental object is contingent, composite in its aspects, changing and arbitrary in its constants. The theist's is necessary, simple and personal, and it explains the arbitrariness as choice. One explanatory posit that answers the question is more parsimonious than one that leaves it open.
3. The monist borrows the theist's shape. Priority monism says the many depend on a prior One. That is the structure of classical theism, minus the One's necessity and transcendence. The physics has pushed metaphysics toward a prior unity; the question is whether that unity can bear the weight on its own.

What the gate concedes: brute monism is coherent, and anyone who rejects every version of the principle of sufficient reason can accept it. The argument works only for those who think contingent things have explanations, which is to say for those who think the way physics itself thinks about the Bell correlations.

Concessions

• Grant: entanglement does not prove God. Now collect: it does disprove the picture of reality, a mosaic of separate bits, that made a godless world look self-explanatory.
• Grant: the interpretation of quantum mechanics is unsettled. Now collect: every live interpretation gives up the mosaic; the dispute is about how, not whether.
• Grant: priority monism is contested. Now collect: even piecemeal holism makes the world's unity a positive fact that its parts do not explain.
• Grant: "quantum" has been abused by mystics. Now collect: that is why this argument uses only the established physics and states every interpretation as an interpretation.

Cheatsheet

The 30-second version (read aloud). For three centuries we pictured the universe as a pile of separate pieces. Bell's theorem and the experiments that won the 2022 Nobel Prize ended that. Entangled particles have joint properties that no account of the separate pieces can explain, and no hidden instructions in each particle can reproduce what we measure. The world is not a heap; it is a whole. Now, a whole that its parts do not explain, and that did not have to exist, needs a ground outside itself. Paul said it two thousand years ago: in Him all things hold together.

Fast facts:

1. Bell (1964): no theory with only local causes and free settings reproduces quantum predictions.
2. Hensen et al. (Nature, 2015): loophole-free Bell violation with electron spins 1.3 kilometres apart; Giustina et al. and Shalm et al. (PRL, 2015) with photons.
3. Nobel 2022: Aspect, Clauser, Zeilinger, "establishing the violation of Bell inequalities."
4. No signalling: entanglement cannot send messages faster than light.
5. Schaffer (Philosophical Review, 2010): the whole is prior to its parts.

The closing line. Physics found that the world is one. Theology already knew who holds it together.

Cross-examination

Round 1, The physics

• Q: Do you accept that Bell tests rule out local hidden variables with independent measurement settings?
• If they say yes: then the mosaic is gone. Ask which price they pay: nonlocality, many worlds, observer-relative facts or superdeterminism.
• If they say no: point to the 2015 loophole-free tests and the 2022 Nobel citation.

Round 2, The whole

• Q: Is the unity of an entangled system explained by its parts?
• If they say yes: ask how, given that the joint state is not fixed by the parts' states.
• If they say no: then something else explains it, or nothing does. Which?

Round 3, Brute fact

• Q: When physicists see a correlation, do they accept "it just is" as the answer?
• If they say no: then why accept it for the whole universe?

Dodge table

Live-cite kit

Scripture (ASV):

• Colossians 1:17: and he is before all things, and in him all things consist (Colossians 1:17, ASV)
• Hebrews 1:3: who being the effulgence of his glory, and the very image of his substance, and upholding all things by the word of his power (Hebrews 1:3, ASV)
• Acts 17:28: for in him we live, and move, and have our being (Acts 17:28, ASV)
• Ephesians 1:10: unto a dispensation of the fulness of the times, to sum up all things in Christ, the things in the heavens, and the things upon the earth (Ephesians 1:10, ASV)

Scholarly:

• John S. Bell, "On the Einstein Podolsky Rosen Paradox" (Physics 1, 1964).
• B. Hensen et al., "Loophole-free Bell inequality violation using electron spins separated by 1.3 kilometres" (Nature 526, 2015).
• Jonathan Schaffer, "Monism: The Priority of the Whole" (Philosophical Review 119, 2010).
• Jenann Ismael and Jonathan Schaffer, "Quantum Holism: Nonseparability as Common Ground" (Synthese 197, 2020).

Aphorism: "A heap needs no reason. A whole does."

Connection to Scripture

• Colossians 1:17, all things cohere in Christ, in the perfect tense: they have come together and stay together.
• Colossians 1:15-17, the one through whom and for whom all things were made is the one in whom they hold.
• Hebrews 1:3, the Son upholds all things by His word, a present and continuing act.
• Acts 17:28, Paul at Athens: our being is in Him, not beside Him, yet He is not identical with the world.
• Ephesians 1:10, the unity of all things is also their destiny.

Scholarship

Published academic works this page draws on, each matched to a publisher, index or library catalog record.

• Alain Aspect, Jean Dalibard and Gérard Roger, "Experimental Test of Bell's Inequalities Using Time- Varying Analyzers," Physical Review Letters 49 (1982). doi:10.1103/physrevlett.49.1804 open access
• A. Einstein, B. Podolsky and N. Rosen, "Can Quantum-Mechanical Description of Physical Reality Be Considered Complete?" Physical Review 47 (1935). doi:10.1103/physrev.47.777 open access
• Stuart J. Freedman and John F. Clauser, "Experimental Test of Local Hidden-Variable Theories," Physical Review Letters 28 (1972). doi:10.1103/physrevlett.28.938 open access
• G. C. Ghirardi, A. Rimini and T. Weber, "A general argument against superluminal transmission through the quantum mechanical measurement process," Lettere al Nuovo Cimento 27 (1980). doi:10.1007/bf02817189
• Marissa Giustina et al., "Significant-Loophole-Free Test of Bell’s Theorem with Entangled Photons," Physical Review Letters 115 (2015). doi:10.1103/physrevlett.115.250401 PubMed 26722905
• B. Hensen et al., "Loophole-free Bell inequality violation using electron spins separated by 1.3 kilometres," Nature 526 (2015). doi:10.1038/nature15759 PubMed 26503041 open access
• Jenann Ismael and Jonathan Schaffer, "Quantum holism: nonseparability as common ground," Synthese 197 (2020). doi:10.1007/s11229-016-1201-2
• Tim Maudlin, The Metaphysics Within Physics (Oxford University Press, 2007). doi:10.1093/acprof:oso/9780199218219.001.0001
• Jonathan Schaffer, "Monism: The Priority of the Whole," The Philosophical Review 119 (2010). doi:10.1215/00318108-2009-025

See also

• Ris3n Arguments, the hub of ris3n's original arguments
• Arguments, the master index
• Argument from the One-and-the-Many Convergence, the Trinity as the answer to unity and plurality; this page argues from physical holism to a ground, not from the Trinity's structure
• Argument from the Information-Conservation Convergence, quantum unitarity and the preservation of persons; this page uses nonseparability, not conservation
• Argument from the Observer-Demand Convergence, quantum measurement and the need to be seen; this page makes no claim about observers
• Argument from the Continuance of Being and Divine Conservationism, the sustaining Cause in P5
• Contingency Argument and Principle of Sufficient Reason, the principle in P4
• Pantheism vs the Christian God and Panentheism, the rivals to a transcendent ground
• Quantum Fluctuations Are Uncaused Objection Defeater, the other common misuse of quantum physics in these debates
• Cumulative Case for Christian Theism, where this argument contributes