Paper · S7643
A Potential Foundation for Emergent Space-Time
Knuth and Bahreyni construct discrete Minkowski and Lorentz analogues from causal ordering and qualified observer-chain quantification. Projection, collinearity, coordination and linear-relation requirements limit applicability. Spatial dimensionality, curvature and gravity remain open; native notation, sign and date tensions are preserved.
Read the paper at arxiv.orgWhat we checked
Read24 leaves,118 numbered equations,15 figures and38 listed reference entries, including four explanatory notes. Fourteen native images cover all figures/title/funding/selected notation. Version3 submittedDecember19,2014; native headingOctober29,2018 unresolved. Shared lineage with S7635/S7639/S7641 does not multiply independent observations.
Complete supplied version3 text; qualified native figures
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- Ten other layouts, every fine glyph, earlier versions, journal edition, cited originals, code, exhaustive proof audit and numerical replication unreviewed. Native equation92 scalar/pair notation and96–101 off-diagonal/beta sign tension retained; intended correction unknown. Font rendering warnings limit glyph guarantees.
- Arbitrary posets need not support coordinated chains or whole-set quantification. Spatial dimensions are unconstrained; flat construction and future curvature/gravity hypotheses are not empirical UAP results. PartialTempleton funding and named academic discussions establish no government approach.
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Kevin H. Knuth, Newshaw Bahreyni. A Potential Foundation for Emergent Space-Time. December 19, 2014. BioParity S7643. https://bioparity.io/sources/S7643Record data (JSON)