The authors derive a GHZ-FR paradox from strong contextuality that avoids post-selection and quantum reasoning by modeled observers, unlike the original FR paradox.
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Decoherence is recast as causal information proliferation in unitary circuits, with dual decoherence selecting privileged consistent histories and letting states and outcomes emerge.
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A refined Frauchiger--Renner paradox based on strong contextuality
The authors derive a GHZ-FR paradox from strong contextuality that avoids post-selection and quantum reasoning by modeled observers, unlike the original FR paradox.
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Decoherence without the state: A causal quantum Darwinist approach
Decoherence is recast as causal information proliferation in unitary circuits, with dual decoherence selecting privileged consistent histories and letting states and outcomes emerge.