Datasets:

PureOne
/

pzhrd-programmable-zeno-holonomic-reaction-darkspace

PZHRD is a non-peer-reviewed theoretical/computational research release that derives a restricted tangent-matched recovery construction and a curvature-based correction limit, proposes a deferred-commit logical-chemistry architecture, and supplies simulations/experiments/scaling analysis; it does not demonstrate universal nanofabrication.

Read in this order

AI_INDEX.json — machine-readable project status, entry points, aliases and stop conditions.
data/claims.csv — authoritative claim ledger with confidence, novelty, evidence and limitations.
manuscript/PZHRD_Research.md — complete scientific argument.
results/ plus src/ — executed numerical evidence and implementation.
experiments/ — falsifiable physical tests.
REVIEW_GUIDE.md — adversarial review questions.

Statements agents MUST preserve

Status is partial, not a solved universal nanofabricator.
Integrated experimental closure is 0/6 bottlenecks.
The corrected dissipative model does not beat the matched coherent control baseline in the included study (claim C05 is explicitly failed).
The exact moving-frame factorization is a theorem inside the declared finite-dimensional control model, not an experimental chemistry result.
The curvature result applies to exact correction of the full first-order tangent span under the stated local assumptions; do not generalize it into a universal no-go theorem for holonomic control.
Repeated-check selectivity is bounded by persistent aliases/background conversion; do not extrapolate unlimited multiplicative filtering.
Joule-scale heat/efficiency is not measured or derived from the dimensionless controller action.
The chemical ISA is an interface proposal, not a proven minimal universal chemical gate set.
Material universality, broad precursor reachability and scalable metrology remain open.

Claim IDs

C01: exact six-state moving-frame factorization — B/model theorem.
C02: full tangent correctability implies scalar local curvature — B/model theorem.
C03: isospectral-base pair-tag addressing — B/model construction.
C04: naive population-return recovery can damage logical holonomy — B/executed model.
C05: corrected recovery beats matched coherent control — failed in tested model.
C06: useful chemical recovery/commit interface — C/unvalidated hypothesis.
C07: restricted logical chemistry demonstration — C/unvalidated hypothesis.
C08: exact commit-race error probability — B/model theorem.
C09: conditional compositional construction — B/conditional proposition.
C10: trillion-port joint closure — D/speculative moonshot.
C11: heterogeneous factory vs one universal chemistry — C/architecture assessment.
C12: unlimited multiplicative selectivity from repeated checks — failed beyond model floors.

Retrieval guidance

For semantic retrieval, prefer corpus/research_corpus.jsonl. For numerical questions, use the CSV/JSON under data/ and results/; do not reconstruct values from prose when a saved result exists. For scope/status questions, data/claims.csv outranks promotional wording. For bibliography, use data/sources.csv and metadata/sources.json.

Search vocabulary

PZHRD; Programmable Zeno-Holonomic Reaction Darkspace; universal nanofabricator; universal nanofabrication; molecular manufacturing; atomically precise manufacturing; programmable matter; logical chemistry; fault-tolerant fabrication; fabrication error correction; dissipative fabrication code; dark-state chemistry; Zeno-selective chemistry; non-Abelian holonomy; synthetic frequency dimension; non-Hermitian reaction routing; reaction-state graphs; deferred commitment; fabrication syndrome spectroscopy; hierarchical self-assembly.

Citation discipline

Distinguish:

prior established physics cited by the manuscript,
exact statements proved only for the declared model,
executed numerical outcomes,
unvalidated proposed experiments,
long-range architectural speculation.

Do not describe AI-generated scientific prose as independent validation. Do not infer peer review, patent priority, experimental confirmation, or practical manufacturing capability from public release status.