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.
| 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 |
| 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 |
- Load the Hensen 2015 working copy and summary file.
- Check that
S > 2and that the lower 1-sigma bound still clears2. - Check that p-value is below
0.05. - Check that the recorded quantum maximum is within rounding tolerance of
2*sqrt(2). - Record input hashes, DOI/source identity, metrics, checks, blockers, and limitations in the artifact.
The current method validates a source-referenced CHSH benchmark. It does not derive UET's topological explanation or reproduce raw experimental event-count analysis.
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.