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Method

Problem Target

This topic tests the quantum-nonlocality evidence lane through a concrete CHSH benchmark first. UET explanatory mechanisms are kept separate from the benchmark until a derivation artifact maps them to standard quantum correlations.

Evidence Lanes

Lane Files Current role
CHSH/Bell benchmark bell_test_2015.json, Research_CHSH_Verification.py primary verifier lane
Tsirelson bound consistency 2*sqrt(2) check in verifier benchmark anchor
Singlet/QM comparator Research_Bell_Test.py, Competitor_QM_Baseline.py secondary comparator/visualization
UET topological filament README, analysis docs, engine concepts heuristic bridge
Qubit mechanics/T1 Research_Qubit_Mechanics.py and data files future verifier lane
Double slit/tunneling double-slit and tunneling scripts separate quantum benchmark lanes

Variables

Symbol Meaning Unit
E(a,b) correlation between measurement settings dimensionless
S CHSH parameter dimensionless
S_error reported uncertainty for S dimensionless
p p-value for local-realist violation dimensionless
2*sqrt(2) Tsirelson benchmark dimensionless
theta measurement angle in comparator scripts radians or degrees as declared

Procedure

  1. Load the Hensen 2015 working copy and summary file.
  2. Check that S > 2 and that the lower 1-sigma bound still clears 2.
  3. Check that p-value is below 0.05.
  4. Check that the recorded quantum maximum is within rounding tolerance of 2*sqrt(2).
  5. Record input hashes, DOI/source identity, metrics, checks, blockers, and limitations in the artifact.

Domain of Validity

The current method validates a source-referenced CHSH benchmark. It does not derive UET's topological explanation or reproduce raw experimental event-count analysis.

Dependency Policy

Any topic that uses 0.9 as evidence may cite only the CHSH benchmark unless it also cites a future derivation artifact for the UET topological bridge.