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It is not the case that Reichenbach's Common Cause Principle presupposes a well-defined event ontology where causes and effects occupy distinct, separable spacetime regions.
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Reasons For
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1.
Quantum entanglement violates spatial separability yet exhibits correlations—suggesting causation needn't presuppose distinct spacetime regions.
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2.
Process ontologies and field theories treat causation as continuous becoming rather than discrete event sequences, challenging event-based assumptions.
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3.
The Common Cause Principle may succeed heuristically without requiring strict metaphysical commitment to separable event ontology.
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Reasons Against
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Reason against
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1.
Classical physics describes causation via deterministic laws linking distinct events at separable spacetime points, supporting event ontology.
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2.
Without distinguishing cause from effect spatiotemporally, we cannot formulate the Common Cause Principle's core insight about explaining correlations.
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3.
Experimental practice in science presupposes we can isolate and identify causal variables in distinct experimental regions.
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