THE ECOSYNQ PUBLIC VOCABULARY
One architecture. Clear responsibilities.
Use these public definitions when reading the Convergence Observatory. Each component links to its architecture or product explanation. Responsibilities remain distinct even when systems cooperate.
| Component | Responsibility |
|---|---|
| STTS | Spatial, Temporal, Thematic and Semantic context: where an observation belongs, when it applies, which subject it concerns and what it means. Context mapping is distinct from authentication, scientific qualification and registry admission. |
| GLPP | Governance, Lineage, Provenance and Pedigree: the authority, derivation, source and custody history, and qualification account around an artefact. Its supporting references must remain inspectable; recording them alone does not establish truth or permission. |
| QuantumVM / MFPP | Produces governed execution and computational-state evidence. QSA evaluates the subsequent admission; QuantumVM does not issue the final QRM or confer routing authority. |
| QRM | Quantum Routing Manifest: the manifest and address identifying an admitted computational state. QSA-PROJECTION owns issuance. Identity, routing permission, delivery and registry finality remain separate; the connected contract is still being reconciled. |
| QORUM Evidence Registry | QER is the governed evidence-registry architecture, internally implemented as ProofDB. Its Finality Ledger establishes authoritative commitment; its Evidence Graph is a reconstructable projection. The upstream contract remains a coordination draft and the production writer remains disabled. |
| Quantum Bridge | EcoSynQ’s approach to connecting quantum and classical observations through qualified geometry, preserving provenance and uncertainty, and discovering relationships that remain open to independent scientific challenge. |
| Qunit | A constructed scientific representation in EcoSynQ’s geometry architecture, bound to its source, construction and uncertainty. It is distinct from a hardware qubit and does not itself establish a causal conclusion. |
| Quantum Blob | A routing component that proposes candidate service destinations using its supplied representation and constraints. Qualification, policy, authorisation and actuation remain separate responsibilities. |
| EcoSynQ Evidence | The evidence-preservation role that keeps observations, transformations, provenance and claim support inspectable. A preserved record does not independently establish that its contents or a causal explanation are correct. |
| Continuum | The common EcoSynQ platform connecting quantum and classical capabilities, discovery geometry, provenance and coordinated responsibilities while preserving each participating system’s authority. |
| QORUM | Coordinates requests, evidence, dispositions, challenges, and accountable action without inheriting the authority of the systems it coordinates. |
| Quantum Trellis | Makes roles, relationships, dependencies, and authority visible as an operational topology. |
| Sovereign Components | Preserves independent identity, jurisdiction, custody, policy, and operational control. |
| SynQ Fabric | Connects machines through identity, admissible time, secure causal networking, observation, and provenance. |
| Quantum Core | Coordinates classical, accelerated, and quantum computation without allowing computation to become authority. |
| Symplecton | The geometry-construction role associated with a-qubit: represents observations for qualified scientific comparison without awarding its own causal verdict. |
| Interdictor | The independent Fire-Control challenge pathway for examining what the evidence and constructed geometry can support. |
| L1–L4 | Four scientific lenses: quantisation replay, Pauli tomography and physicality, higher-order diagnostics, and derived symplectic representation. Their shared evidence and dependencies remain explicit. |
| Tavnit | Supports scientific geometry and classification in the discovery architecture, including investigation of symplectic structure in observed phase-space trajectories. The Data Lake illustrates its classical-bearing role. |
| Netzer | Transforms another classical evidence stream into geometry for qualified comparison in the common scientific frame. Source independence is checked separately. |
| Quantum Forge | EcoSynQ’s decentralised, distributed Quantum as a Service marketplace and partnership model, connecting shared classical and quantum capabilities with industry applications and regional delivery. |
| QSA | Provides execution measurement evidence and independently evaluates scientific admission under its supplied contract. Measurement, admission, and economic accounting remain separate determinations. |
| QCU | Quantum crwdUnits account for qualifying completed computational work. Quantum Forge also uses QCU to express preliminary capability prices; a listed price does not establish that work was completed or useful. |
| SEA | Constrains commitments within the product responsibility model. |
Coordination does not collapse authority.
QORUM, Quantum Trellis, Sovereign Components, SynQ Fabric, and Quantum Core retain the five operating roles presented in Continuum. An authored discovery example does not substitute for a qualified production result.
Inspect the constitutional separation of powers →