PUBLIC RESEARCH / INTERNAL LINEAGE
Research topology
One interface contains 23 current studies and 3 archived predecessors. Original V1, V2 and V3 remain for provenance; V1R → V2R → V3R form the stable opening of the current foundational branch. DOI metadata appears only for confirmed records.
Publication status, evidence class, and revision are separate attributes. Stable and under-revision labels describe the editorial status of the foundational V series. An applied study without a revision label is neither an unconfirmed publication nor a laboratory validation.
PHASE INTERFACE / PROGRAMME TOPOLOGY
RESEARCH SPACE
Explore the programme as a constellation of studies. Follow each branch from its first question to its latest published work.
VIEW MODE
Hover a node · select to open a studyOn mobile — swipe to explore ↔
Lines encode publication sequence within a research programme, not empirical causation.
Node outlines encode editorial revision state, not physical or numerical stability. V1 → V1R, V2 → V2R and V3 → V3R mark explicit supersession; V1R → V2R → V3R is the stable current sequence.
Orbits and distances are elements of the composition; they do not encode scientific dependencies or evidence strength.
- PUBLISHED
- ARCHIVED
- STABLE NODE
- UNDER REVISION
- ARCHIVED SOURCE
FIELD SYSTEM / NODE INDEX
NODE INDEX
An alternative view of the same public corpus, including its separately marked Archive. Select a branch, then inspect or open a research node; publication and review states come directly from the catalogue.
- RESEARCH NODES
- 26
- PUBLISHED
- 23
- ACTIVE
- 00
- ARCHIVED
- 03
V / PUBLICATION SEQUENCE
Foundational systems
Phase-field computation, memory, logic, replication-like dynamics, and cost minimisation.
- 01V1RV1R: Phase-Locked Quantum-Plasma Processor RevisitedSTABLE NODEPUBLISHED · 2026
- 02V2RV2R: Resonant Convergence in a Dynamically Coupled Phase Field RevisitedSTABLE NODEPUBLISHED · 2026
- 03V3RV3R: Scalar Memory Fields Revisited — A Numerical Audit of Causal Mechanisms and Functional LimitsSTABLE NODEPUBLISHED · 2026
- 04V4Emergent Logical Structures in Resonant Field DynamicsUNDER REVISIONPUBLISHED · 2025
- 05V5Emergent Cognitive Field Behavior: V5 Supplementary DemonstrationsUNDER REVISIONPUBLISHED · 2025
- 06V6Phase-Locked Quantum-Plasma Processor: V6 Supplementary DemonstrationsUNDER REVISIONPUBLISHED · 2025
- 07V7Phase-Locked Quantum-Plasma Processor V7 — Replication of Cognitive StructuresUNDER REVISIONPUBLISHED · 2025
- 08V8Phase-Locked Quantum-Plasma Processor V8 Demonstrations and AnalysisUNDER REVISIONPUBLISHED · 2025
- 09V9Phase-Locked Quantum–Plasma Processor (V9): Summary of Experiments and Visual EvidenceUNDER REVISIONPUBLISHED · 2025
- 10V10V10: Phase-Field Grover Machine for Physical Cost MinimisationSTABLE NODEPUBLISHED · 2025
- 11V11V11: Template-Guided Replicator Ecology in Reaction–Diffusion Phase FieldsSTABLE NODEPUBLISHED · 2026
- 01V1Phase-Locked Quantum-Plasma Processor: Normalized Hamiltonian and Stability AnalysisARCHIVED SOURCEARCHIVED · 2025
- 02V2Phase-Locked Quantum-Plasma Computation: Resonant Convergence in a Dynamically Coupled FieldARCHIVED SOURCEARCHIVED · 2025
- 03V3Emergent Cognition in Phase-Coupled Memory FieldsARCHIVED SOURCEARCHIVED · 2025