DEF0202canonicalv1Hartogs Bulk Projection
3D Cartesian space = Hartogs-projected bulk of the local T² fiber at each worldline point. Solenoidal surface coordinates (γ, η) carry boundary data; Hartogs extension fills the interior with genuine linear coordinates. Perceived 3D space is this interior.
Payload
Hartogs Bulk Projection
3D Cartesian space = Hartogs-projected bulk of the local T² fiber at each worldline point. Solenoidal surface coordinates (γ, η) carry boundary data; Hartogs extension fills the interior with genuine linear coordinates. Perceived 3D space is this interior.
Hartogs Bulk Projection
Summary
3D Cartesian space = Hartogs-projected bulk of the local T² fiber at each worldline point. Solenoidal surface coordinates (γ, η) carry boundary data; Hartogs extension fills the interior with genuine linear coordinates. Perceived 3D space is this interior.
Statement
No manuscript statement was extracted in this pilot run.
Proof / Justification
This item is definitional. No manuscript proof is required.
Source Context
- Registry source:
book-03.jsonlline 1 - Manuscript source: not matched
Lean / Formalization Notes
- Formalization:
formalized - Module:
TauLib.BookIII.Prologue.HartogsBulk - Name:
hartogs_bulk_check
Dependencies
- Canonical: II.T49, II.T36
Related Results
Generated by later projection phases.
Related Publications
Generated by later projection phases.
Revision Notes
- 2026-04-24: Initial pilot migration.
Identifiers
Aliases & legacy IDs
III.D01hartogs-bulk-projectionprinc:ch01-hartogs-bulkRelease lines
corpus_v3_workingcorpus_v2Relations
Formalized by (3)
Appears in (1)
Downstream uses (computed) (6)
Items in the corpus that reference this one via load-bearing relations. Computed from the full corpus-v3 graph at build time.
FTH0693formal theorem
FTH0693formal theorem
FTH0696formal theorem
FTH0696formal theorem
FTH0697formal theorem
FTH0697formal theoremSources
Version & History
Status disclaimer
A Corpus Item page reports the program's current internal record for this item. It does not imply external verification, scientific consensus, or final proof unless explicitly stated. Read it together with its dependencies, formalization status, and the program's overall stance.