Skip to content
Scientific Program Constellation & Domain ArchitectureEight-domain research architecture linking foundational physics to experimental testbeds and cybernetics.1. Fundamental Physics● SFR Core Substrate● Fabricon Micro-Units● Observer Monads2. Math Physics● FFE Variational Action● KP-Field Resolvents● FQFT Multiscale Fibers3. Quantum & Atomic● NIST H Spectroscopy● He Ground Benchmark● Strong-Field Laser HHG4. Experimental● LPFR Falsification Gate● FSR Metrology Protocol● Open Metrology (GUM)5. Formal Proof● Lean 4 CI Proof Suite● Cycle Space Transport● 5 Formal Axioms6. Computation● Sparse Resolvent Solvers● Shifted Laplacians● Monte Carlo Null Models7. Cybernetics● Digital Fabrica Theory● CodexStation Runtime● Invariant Engine8. Institutional● Open Review Portal● RFC 8785 Citations● Sovereign ArchivingScientific Program Constellation (Mobile)Mobile view of the 8 scientific research domains.1. FUNDAMENTAL PHYSICSSFR Core Substrate · Fabricon · Observer Monads2. MATHEMATICAL PHYSICSFFE Variational Dynamics · KP-Field · FQFT3. QUANTUM & ATOMIC PHYSICSNIST H & He Benchmarks · Strong-Field Laser HHG4. EXPERIMENTAL INTERFACESLPFR Falsification Gate · FSR Metrology Protocol5. MATHEMATICS & FORMAL PROOFLean 4 CI Proof Suite · Cycle Space Invariance6. COMPUTATION & SIMULATIONShifted Laplacian Solvers · Null Ensemble Models7. CYBERNETICS & SYSTEMSDigital Fabrica Theory · CodexStation Runtime8. INSTITUTIONAL TRANSLATIONOpen Review Portal · RFC 8785 Citation Receipts
Figure P.1 — Program Constellation: Eight-domain research architecture linking foundational relational geometry to physical testbeds and institutional translation.

Maps the eight canonical research domains and their inter-domain dependency couplings across the scientific corpus.

Credit: Ivan Pasev / GILC Research·CC BY-NC-SA 4.0·SCHEMATIC

1. Fundamental Physics

Relational spacetime substrate, discrete invariant-bearing units, and observer disclosure operators.

2. Mathematical Physics

Constrained variational dynamics, non-local resolvent operators, and multiscale field theory.

3. Quantum & Atomic Physics

Versioned empirical spectroscopy anchors and strong-field laser recollision benchmarks.

4. Experimental Interfaces

Pre-registered protocol candidate testbeds and JCGM uncertainty budget governance.

5. Mathematics & Formal Proof

Lean 4 interactive theorem proving, constitutional axioms, and discrete homology.

6. Computation & Simulation

High-precision eigensolvers, resolvent algorithms, and statistical null ensemble Monte Carlo.

7. Cybernetics & Systems

Invariant-driven distributed state machines and sovereign knowledge engine runtime.

8. Institutional Translation

Open scientific review portals, reproducible dual citation exports, and scholarly registries.

Theory-to-Evidence Methodological SpineTheory–Evidence Spine: strict epistemic hierarchy separating formal structure, dynamics, computation, calibration and experimental protocols.1. AXIOMSGeneral RelationalS=(X,R,∂,I,T,O,M)Admissible Transf.Invariant TransportDiscrete Realization5 Lean 4 axiomsTHM-INV-012. DYNAMICSFFE VariationalConstrained actionKKT multiplier law● DS + DC*Λ = JStationarity closedTHM-FFE-STAT-013. SOLVERSKP ResolventGreen operatorsShifted spectrum● R_λ = (L + λI)⁻¹Finite solvers OKTHM-KP-01 (Cond)4. P2 FITSFQFT Massesm_e, m_μ, m_τDOF = 0 (Fit)● p_null = 0.62Null retainedNo seal advance5. PROTOCOLSCandidatesLPFR ProtocolFSR Protocol● P4 SEALS: 0GUM uncert.No validationTheory-Evidence Spine (Mobile)Mobile view of the 5-step methodological descent.1. AXIOMS: S=(X,R,∂,I,T,O,M)General Relational State · Discrete Realization Candidate2. VARIATIONAL DYNAMICS (FFE)DS + DC*Λ = J · KKT stationarity condition3. OPERATOR SOLVERS (KP-FIELD)R_λ = (L_KP + λI)⁻¹ · Bounded resolvent Green operator4. P2 RETRODICTION & NULL TEST (FQFT)Lepton masses DOF=0 · Three-band null p=0.625. PROTOCOL CANDIDATES (LPFR / FSR)ACTIVE P4 SEALS: 0 · Pre-registered candidate protocols
Figure P.2 — Theory–Evidence Spine: strict epistemic hierarchy separating formal structure, dynamics, computation, calibration and experimental protocols.

Details the hierarchical descent from foundational relational axioms through field equations and numerical solvers to experimental protocol candidates.

Credit: Ivan Pasev / GILC Research·CC BY-NC-SA 4.0·SCHEMATIC
Multi-Dimensional Research Maturity MatrixSix-dimensional maturity tracking across definition, formalization, proof, computation, empirical status, and reproducibility.PROGRAMDEFINITIONFORMALPROOFCOMPUTATIONEMPIRICALREPROSFR CoreCanonicalAxiomaticTHM-INV-01Graph ModelsPre-EmpiricalSpecFFE DynamicsCanonicalVariationalStat. ProvenFEM SolversPre-EmpiricalRunbookKP-FieldCanonicalOperatorCond. Target2D ResolventPre-EmpiricalRunbookFQFT MultiscaleCanonicalR0..R26 FibersTarget (Open)LaplaciansP2 (DOF=0)RunbookLPFR / FSRCanonicalProtocol SpecEmpirical TgtMonte CarloP4 Seals: 0ProtocolResearch Maturity Map (Mobile)Mobile view of the 6-dimensional research maturity matrix.SFR CORE (6D MATURITY)Axioms · THM-INV-01 · Pre-Empirical · Spec ReproFFE VARIATIONAL DYNAMICSKKT Action · Stationarity Proven · FEM · Runbook ReproKP-FIELD OPERATORNon-Local Gen · Domain Target · 2D Solvers · Runbook ReproFQFT MULTISCALE FIELD THEORYFibers R0..26 · P2 (DOF=0) · Null p=0.62 · Runbook ReproLPFR & FSR EXPERIMENTAL PROTOCOLSProtocol Spec · Active P4 Seals: 0 · Unexecuted Candidate
Figure P.3 — Research Maturity Map: Multi-dimensional progress ledger tracking operational readiness and formal closure without empirical status inflation.

Visualizes the six-dimensional maturity vector (definition, formalization, proof, computation, empirical status, reproducibility) across active research programs.

Credit: Ivan Pasev / GILC Research·CC BY-NC-SA 4.0·SCHEMATIC
Current Research Frontier & Open Problems MapEpistemic boundary delineating closed proofs, negative benchmarks, open targets, and blocking bottlenecks.1. CLOSED RESULTS (PROOF NOVELTY)AUTHORIAL SPECIALIZATION:● THM-INV-01 (Boundary cycle transport)● THM-FFE-STAT-01 (KKT stationarity)ESTABLISHED APPLICATION:● THM-FFE-02 (Multiplier uniqueness)2. NEGATIVE BENCHMARKS (RETAINED)● RES-NULL-PARITY-01: Three-band null test (p=0.62)● No departure from Standard Model vacuum parity● Negative result permanently retained3. OPEN FORMAL TARGETS (ACTIVE)● OP-CONTINUUM-LIMIT: Metric recovery (a → 0)● OP-OS-RECONSTRUCTION: Reflection positivity● OP-LEAN-VERIFICATION: Zero-admit machine proof4. BLOCKING BOTTLENECKS (UNRESOLVED)● Infinite-dimensional Sobolev domain closure● Physical beam-time & nanostructured sample access● ACTIVE P4 PREDICTION SEALS: 0Current Frontier Map (Mobile)Mobile view of the 4 frontier quadrants.1. CLOSED RESULTSTHM-INV-01 (Topological Invariant Transport)THM-FFE-STAT-01 (Constrained Stationarity)2. NEGATIVE BENCHMARKSThree-band null test: p_null = 0.62No anomaly on vacuum · Retained permanently3. OPEN FORMAL TARGETSContinuum limit metric recovery (a → 0)Osterwalder-Schrader reflection positivity4. BLOCKING BOTTLENECKSSobolev existence · Physical testbed fabricationACTIVE P4 SEALS: 0 (No prospective validation)
Figure P.4 — Current Frontier Architecture: Epistemic boundary delineating closed mathematical proofs, retained negative results, open targets, and blocking research bottlenecks.

Categorizes the current boundary of scientific investigation into closed results, retained negative benchmarks, open targets, and blocking bottlenecks.

Credit: Ivan Pasev / GILC Research·CC BY-NC-SA 4.0·SCHEMATIC
30programs matched
Foundational PhysicsSCIENCE

Science of Fabric Reality

Universal relational continuum substrate, structural operators, and ontic grounding.

Relational OntologySCIENCE

Theory of Fabric Reality & Realica

Observer disclosure dynamics, idempotent state stabilization, and ontic boundaries.

Quantum Field TheorySCIENCE

Fractal Quantum Field Theory

Non-perturbative field theory on multiscale fractal Dirichlet substrates.

Microscopic FoundationsSCIENCE

FQFT Microscopic Architecture

Finite-fiber convergence, Ramanujan refinement obstruction, and local/global Hilbert bundle compilation.

Mathematical PhysicsSCIENCE

KP-Field Dynamics

Kinematic-Potential operator dynamics, resolvent kernels, and spectral decay bounds.

Variational Field EquationsSCIENCE

Fabric Field Equation

Constrained coupled variational field system FFE_0 governing topological curvature.

Discrete SpacetimeSCIENCE

Fabricon & Discrete Substrate Theory

Discrete relational space cells, topological quantum numbers, and lattice boundary states.

Epistemic Logic & Quantum MeasurementSCIENCE

Observer Monad Formalism

5-tuple typed observer state representation, measurement algebra, and subjective boundary dynamics.

Quantum GravitySCIENCE

Fractal Quantum Gravity

Scale-dependent effective metric tensors, transfinite curvature bounds, and non-perturbative UV completion.

Algebraic Field TheorySCIENCE

GFTM-72 Group Field Architecture

72-element finite symmetry group representations and discrete gauge invariance.

144-element extended symmetry matrix and transfinite harmonic boundary operators.

Unified Mathematical SystemsSCIENCE

Mathematical Theory of Everything Architecture

Unification schema integrating algebra, geometry, logic, and physics under relational invariants.

Atomic & Nuclear StructureSCIENCE

Tabela Elementa Matrix

Discrete geometric and algebraic mapping of elemental electron shells and nuclear states.

Atomic PhysicsSCIENCE

Nonlinear Hydrogen Model

Nonlinear Schrödinger bound state corrections on fractal substrate potentials.

Atomic PhysicsSCIENCE

Nonlinear Helium Model

Two-electron correlated states and substrate-mediated exchange interactions.

High-Energy Density PhysicsSCIENCE

Laser-Plasma Fabric Resonance

High-intensity laser-plasma interactions and boundary field resonance conditions.

Thermophysical SystemsSCIENCE

Fractal Surface Radiator

Fractal surface thermal radiation, non-equilibrium dissipation, and multiscale boundary cooling.

Systems ArchitectureTECHNOLOGY

Digital Fabrica Theory

Invariant-driven software architecture, cybernetic resilience, and distributed state coordination.

Knowledge Systems & Synthetic ReasoningTECHNOLOGY

CodexStation Platform

Institutional knowledge engine, automated invariant compliance, and theorem synthesis runtime.

Data Integrity & GovernanceTECHNOLOGY

Knowledge-Base Invariants (KBI)

Cryptographic schema invariants, semantic drift detectors, and automated knowledge hygiene.

Deterministic invariant gating and constraint adherence for neural reasoning architectures.

Cryptographic ProvenanceTECHNOLOGY

ScrollDNA Provenance Architecture

Immutable document lineage, digital garden version ancestry, and temporal cryptographic hashing.

Automated Audit & VerificationTECHNOLOGY

AI WITNESS / IRP-1 Verification Protocol

Multi-agent adversarial verification, epistemic boundary enforcement, and artifact certifying protocol.

Cybersecurity & Boundary ProtectionTECHNOLOGY

AEGIS Sovereign Guard

Zero-trust cryptographic access barriers, perimeter protection, and sovereign runtime isolation.

Distributed MessagingTECHNOLOGY

HERMES Deterministic Coordination

High-throughput deterministic message routing, zero-loss queues, and cross-cluster state synchronization.

Decentralized Systems & Web3TECHNOLOGY

Yellow Chain Mesh Protocol

Decentralized state verification, smart-contract mesh coordination, and sovereign asset anchoring.

Open Knowledge AlliancesINSTITUTIONAL

Universal Knowledge Consortium (UKC)

Inter-institutional consortium for permanent preservation of transfinite mathematical architectures.

Strategic Applied ResearchINSTITUTIONAL

New Millennium Frontier (NMF)

Long-horizon cybernetic initiatives, applied energy architectures, and transdisciplinary research.

Scholarly InfrastructureINSTITUTIONAL

Open Science & Scholarly Registry Infrastructure

Zenodo DOI integration, ORCID attribution, OpenAlex bibliographic indexing, and public review portals.

CANONICAL STATUS & EPISTEMIC BOUNDARY
Active Programs
18 Registered Programs
8 Canonical Scientific Domains
Formal Proofs
7 Bound Theorems
5-Tier Proof Taxonomy Active
Prediction Seals
0 Active P4 Seals
Prospective Validation Gated
Reproducibility
RFC 8785 JCS
Bit-Exact Truth Receipts