SEMI-RESTORED RECORD (metadata capture only; no full text). Source tier: DataCite full-metadata capture. DOI(s): 10.5281/zenodo.19825269. Semantic Physics (SP) is a local transport theory of held meaning. Within a defined closure class T1โT5 of local post-onset transport, admissible meaning-bearing transport is canonically decomposed into a four-sector grammar Q = (D, h, B, ฯ) โ drive, holding capacity, internal blockade, and boundary permeability โ and this decomposition is minimal, complete, unique up to admissible reparameterization, and intervention-separable. The grammar predicts separable failure and intervention modes across domains. Three empirical anchors support the framework, each carrying its current status: hold-cap Restored under the metadata_only class of /datasets/doi-work-identity/restoration-queue.json; if canonical bytes surface, a full-text version supersedes this record per the versioning protocol.
deposit_number: 1382
hex: 0577
title: "Semantic Physics: A Transport Theory of Held Meaning (An Entry Paper)"
creator: Gebendorfer, Jonas Jakob
orcid: 0009-0000-1599-0703
date: 2026-05-21
content_type: Semi-restored record (metadata-only; DataCite full-metadata capture)
license: CC-BY-4.0
substrate: Human-only original; metadata capture assembled and framed by TACHYON in-session (transport D, No-Double-Draw).
version: semi-restored v1.0
related_ids: "https://doi.org/10.5281/zenodo.19825269 (severed)"
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protocol_version: alexanarch-deposit-protocol/v1
keywords:
- Crimson Hexagonal Archive
- semi-restored
- metadata-only
- severed DOI
- Zenodo termination
- Semantics
- Physics
- Mathematics
- "FOS: Mathematics"
- Biology
- Artificial Intelligence
- Artificial Life
- Neural Networks
- Computer
- Semantic Physics
- Machine Learning
- Deep Learning
- Information Theory
SEMI-RESTORED RECORD (metadata capture only; no full text). Source tier: DataCite full-metadata capture. DOI(s): 10.5281/zenodo.19825269. Semantic Physics (SP) is a local transport theory of held meaning. Within a defined closure class T1โT5 of local post-onset transport, admissible meaning-bearing transport is canonically decomposed into a four-sector grammar Q = (D, h, B, ฯ) โ drive, holding capacity, internal blockade, and boundary permeability โ and this decomposition is minimal, complete, unique up to admissible reparameterization, and intervention-separable. The grammar predicts separable failure and intervention modes across domains. Three empirical anchors support the framework, each carrying its current status: hold-cap Restored under the metadata_only class of /datasets/doi-work-identity/restoration-queue.json; if canonical bytes surface, a full-text version supersedes this record per the versioning protocol.
Assembled from DataCite full-metadata capture; no live authorial surface passed the body-head gate or existed for this work at restoration time. All captured fields rendered verbatim in the body.
Superseded on sight by any recovered canonical bytes; the captured metadata is verifiable against the DataCite API historical record and the Zenodo tombstone.
Work: Semantic Physics: A Transport Theory of Held Meaning (An Entry Paper)
Severed DOI(s): 10.5281/zenodo.19825269
Source tier: DataCite full-metadata capture
Creators (as captured): Gebendorfer, Jonas Jakob
Captured description: Semantic Physics (SP) is a local transport theory of held meaning. Within a defined closure class T1โT5 of local post-onset transport, admissible meaning-bearing transport is canonically decomposed into a four-sector grammar Q = (D, h, B, ฯ) โ drive, holding capacity, internal blockade, and boundary permeability โ and this decomposition is minimal, complete, unique up to admissible reparameterization, and intervention-separable. The grammar predicts separable failure and intervention modes across domains. Three empirical anchors support the framework, each carrying its current status: hold-capacity in banking crises across thirty-eight institutions and three crises (validated empirical anchor, AUC = 0.983); discourse bi-modality across thirty-three thousand seven hundred and seventy turns (empirical regularity with explicit methodological caveat; ฮBIC = 44โ69, p < 10โ50) with cross-rater Octava stability ICC(2,k) = 0.962; and a clean falsification of a Golden-Ratio competitor hypothesis (negative result, 0/15, p = 0.0015). Pharmacological separability of four collapse modes at the chemical synapse (mapping anchor on biological substrate) anchors the intervention-separability claim. The paper states what SP claims, what it does not claim, and the conditions under which specific layers retreat. SP is not a universal theory of meaning; it is a conditional local grammar with a defined closure class, registered falsifiers, and a published status discipline that distinguishes theorem, bridge, witness, and frontier
Captured subjects: Semantics, Physics, Mathematics, FOS: Mathematics, Biology, Artificial Intelligence, Artificial Life, Neural Networks, Computer, Semantic Physics, Machine Learning, Deep Learning, Information Theory, Philosophy, FOS: Philosophy, ethics and religion, Ontology, Geometry, Cognition, Metacognition, Cognitive Neuroscience, Neurosciences, FOS: Clinical medicine, Consciousness
Full text not yet recovered. If the canonical bytes surface on any authorial surface, a full-text version supersedes this record in-series per the versioning protocol. This record exists so the DOI resolves to the work's true identity rather than to silence.