Disciplinary Translation Groundwork

Status

Canonical source posture: public-safe wiki groundwork

Wiki state: intake

Detail status: initial translation-groundwork section for mapping discipline-specific claims into transition-table language

Record artifact: static/translation-records/disciplinary-translation-records.v0.1.json

Record reference page: Translation Records

Purpose

Disciplinary Translation Groundwork defines the public-safe bridge between domain-specific formalisms and the Transition Table.

It does not claim that physics, biology, law, economics, AI governance, computer science, or social systems are the same discipline. It claims only that when a discipline describes a consequential change, the change can be represented as a state transition with explicit actors, states, boundary conditions, constraints, admissibility posture, consequence, and reconstruction evidence.

The page exists so external frameworks can be translated into Transition Table elements without forcing the external framework to abandon its own vocabulary or mathematics.

Non-Claim Boundary

This page is not a unified theory of physics.

This page is not a replacement for General Relativity, quantum mechanics, thermodynamics, biology, law, economics, control theory, or any other source discipline.

This page does not prove equivalence between disciplines.

This page does not create commit-time authority.

This page defines a translation grammar only.

Universal Transition Grammar

A discipline-specific claim enters the wiki through the following neutral grammar:

source discipline event
-> observed or declared change
-> prior state S0
-> candidate transition T
-> boundary conditions
-> constraints and governing rules
-> admissibility question
-> commit or non-commit posture
-> resulting state S1, denial, escalation, refusal, or supersession
-> receipt and reconstruction evidence

The grammar is intentionally minimal. It preserves the source discipline's own definitions while making the transition posture explicit enough for comparison, review, and admissibility analysis.

Translation Rule

A translation is acceptable only if it preserves the following fields:

Field	Translation requirement
Source discipline	The domain that supplies the original vocabulary or formalism.
Native term	The term used by the source discipline.
Native meaning	The meaning within that discipline, without StegVerse overclaiming.
Transition role	The role the term plays when represented as a state transition.
Boundary condition	The condition that determines whether the transition remains inside the claimed domain or scope.
Constraint	The rule, invariant, law, policy, conservation relation, or declared limit that shapes the transition.
Admissibility question	The question that must be answered before the transition can bind consequence.
Consequence posture	The result if the transition is committed, denied, escalated, refused, or superseded.
Evidence posture	The evidence needed to reconstruct the translation and avoid silent equivalence claims.

If any field is unknown, the value must be written explicitly as unknown, null, partial, unresolved, or disputed.

Mapping to Transition Table Elements

Transition Table element	Translation-groundwork meaning
Transition	The proposed or observed state change being translated.
Actor / source	The entity, process, field, theory, paper, model, measurement, or institution asserting the transition.
Authority class	The standing of the source claim: established law, theorem, model, hypothesis, analogy, operational rule, policy, or conjecture.
Policy reference / constraint reference	The rule basis for the transition: physical law, mathematical invariant, protocol rule, institutional policy, governance rule, or source-framework definition.
Evidence posture	Whether the translation has source text, math, test output, receipts, observations, citations, or only conceptual framing.
Review posture	Whether the translation is proposed, mapped, disputed, accepted, deferred, or needs specialist review.
Drift	Any change in source definition, boundary condition, evidence, interpretation, model version, or context that could invalidate the translation.
Decision result	ALLOW, DENY, ESCALATE, REFUSE, DEFER, SUPERSEDE, or another declared result under the target governance process.
Commit-time validity	Whether the translated transition still has standing at the moment it would bind consequence.
Receipt	The reconstruction record tying the source claim, translation choice, review posture, and decision result together.

Discipline Crosswalks

Physics

Physics terms should not be treated as governance terms. They may be translated only by preserving their physical meaning and then mapping their role in a state transition.

Physics framing	Transition-table role
State	Prior or resulting state.
Interaction	Candidate transition or transition driver.
Force / influence	Change-producing relation, not automatically an actor.
Conservation law	Constraint reference.
Boundary condition	Boundary condition.
Measurement	Observation or evidence event.
Entropy shift	Irreversibility, uncertainty, or reconstruction-relevant change, depending on source claim.
Horizon	Boundary beyond which information, recovery, or causal reconstruction may be unavailable under the declared model.
Singularity / translation failure	Unresolved or failed mapping where the source discipline cannot be safely reduced into the target transition grammar.

Physics translation must preserve a strict non-claim: a Transition Table mapping does not prove a new physical theory.

Governance and Law

Governance or legal framing	Transition-table role
Authority	Authority class.
Law, policy, rule, contract, or delegation	Policy reference / constraint reference.
Decision	Review result or candidate commitment.
Execution	Commit or attempted commit.
Appeal, audit, or review	Reconstruction, challenge, or downstream review posture.
Remedy	Recovery or consequence-handling path.

AI and Runtime Systems

AI/runtime framing	Transition-table role
Input	Candidate transition source material.
Manifest	Declared transition context.
Receipt	Reconstruction artifact.
Sandbox result	Evidence posture or proof-path input.
Policy gate	Constraint and admissibility check.
Runtime execution	Commit attempt.
Fail-closed path	DENY, REFUSE, safe mode, quarantine, or escalation.

Biology and Systems Theory

Biological or systems framing	Transition-table role
Stimulus	Transition driver.
Response	Candidate transition or state evolution.
Adaptation	Resulting state or recovery path.
Homeostasis	Recoverability / stability condition.
Boundary	Boundary condition.
Collapse	Failure state or non-recoverable consequence.

Economics and Exchange

Economic framing	Transition-table role
Market signal	Evidence or observation.
Transaction	Candidate transition.
Settlement	Commit.
Allocation	Resulting state.
Risk control	Constraint / admissibility check.
Reversal or default	Recovery, denial, or consequence-handling path.

Relationship to GCAT / BCAT Papers

This groundwork does not replace GCAT or BCAT. It explains how their terms can be translated for cross-disciplinary comparison.

Paper family	Translation role
GCAT geometric framing	Supplies an admissibility geometry for governed autonomy.
GCAT control framing	Supplies a dynamic barrier interpretation for maintaining admissibility.
Rigel recoverability geometry	Supplies a recoverability and collapse-position layer.
Lag geometry	Supplies the temporal bridge from pointwise state to lag-conditioned recoverability.
Commit-time synthesis	Supplies the commit gate where a transition is allowed or denied at the point of action.
Consequence horizon	Supplies a horizon-style framing for consequence boundaries and irreversibility.
Data continuity	Supplies a reconstruction and continuity layer for state, evidence, and receipt paths.

Minimal Translation Record

Every proposed translation should be recordable in this shape:

translation_id: <stable id>
source_discipline: <field>
source_reference: <paper, page, model, or artifact>
native_term: <source term>
native_meaning: <source-safe definition>
transition_role: <Transition Table element>
boundary_condition: <declared boundary or unknown>
constraint_reference: <rule, invariant, law, policy, or unknown>
admissibility_question: <question before consequence can bind>
evidence_posture: <none | partial | present | sufficient | conflicting | stale | unknown>
review_posture: <proposed | mapped | disputed | accepted | deferred | escalated>
non_claims: <what the mapping does not prove>
receipt_reference: <record pointer or null>

Done Criteria

This section is done when:

1. The groundwork page exists in the Formalisms section.
2. The page links the Transition Table to a discipline-independent translation grammar.
3. The page provides a physics crosswalk without claiming a new physical theory.
4. The page provides non-physics crosswalks for governance/law, AI/runtime systems, biology/systems theory, and economics/exchange.
5. The sidebar exposes the page publicly.
6. The Formalisms index lists the page and preserves the non-claim boundary.
7. Initial translation records exist and have a validation path.

Open Questions

Which external physics papers should receive individual translation records?
Which GCAT / BCAT equations should be referenced in the first mathematics crosswalk?
Should translation records live in static JSON, docs pages, or both?
Which fields should be required before a translation can move from proposed to mapped?
Which specialist review classes are needed for physics, biology, law, economics, and AI-runtime translations?

Non-Claims

This page does not define, prove, or validate any source discipline. It does not turn analogy into equivalence. It does not make physics claims, biological claims, legal claims, economic claims, or AI safety claims true by translating them into the Transition Table. A translation record is an interoperability artifact, not proof authority.