RF-013Mathematics & Physics

Kushi–Pasev Field (KP-Field)

A proposed relational field language for coherence propagation, coupling, stabilization, and dynamically effective relation across fabric-structured systems.

ClassRF-F

Evidence TierTier 1 / 4 (Lean 4 + AMO Bound)

Model ProfilePHYSICAL_MODEL

AttributionIvan Pasev

Admitted MonolithKushi–Pasev Field (KP-Field) — Research Architecture Visual Plate

EPISTEMIC DEMARCATION // Tier 1 / 4 (Lean 4 + AMO Bound)

Inspect Results Ledger →

Constitutional Demarcation: A Research Fabric is a bounded epistemological architecture. Structural formulation, digital execution, and proof-assistant replay declare local invariants; they do not constitute unverified physical validation.

Certified Ledger Results:

RES-KP-LEAN4-01: KP Graph-Fiber Bounded Domain Closure (Lean 4)RES-AMO-BOUND-01: AMO Spectroscopy Yukawa Precision Bound

Research Question

How can relation itself propagate, couple, stabilize, and become dynamically effective inside a fabric-structured reality?

Scientific Basis

SFR positions the KP-Field as a frontier-facing integrative field concept. It follows fabric ontology and recursive field articulation, and is intended to connect relational propagation, observer position, coherence, and stabilization.

Architecture

• fabric-structured relational substrate;
• field-mediated propagation of structured relation;
• coupling across local states;
• stabilization / invariant constraints;
• observer-position interface where relevant;
• compatibility layer toward FQFT and selected digital-fabric analogues.

Core Invariants / Conditions

The SFR source does not define a finalized numbered KP-Field invariant set. Public presentation should retain:

• coherence under propagation;
• lawful relational coupling;
• invariant-constrained dynamics;
• continuity across admissible transformations;
• explicit observer-state dependence only where the model requires it.

Validity Domain & Public Status Boundary

The KP-Field is a proposed field-language within the programme. SFR explicitly states that it should not be described as accepted physics or experimentally confirmed unless future evidence supports that status.

Publications & Primary Materials

No dedicated KP-Field Zenodo publication is present in the supplied publication registry.

Related Fabrics

TFR · FQFT · Observer Monad · Fabric Field Equation · DFT

Laboratory Metrology & AMO Spectroscopy Protocol

The empirical boundary of the Krauss–Pasev field interaction is subjected to precision atomic metrology:

• Laboratory Outreach Protocol: AMO Rydberg Spectroscopy Appendix & Protocol — Documents the $2S_{1/2}\to 8D_{5/2}$ ($\lambda =778\text{ nm}$) Doppler-free protocol, the $0.85\text{ kHz}$ JCGM uncertainty budget, and the model-blind unblinding protocol.
• Interactive Spectroscopy Cockpit: KP Field Spectroscopy Constraint & Tomography Design — Visualizes exact Yukawa response kernels, centrifugal core-decoupling, and $A_{95}(m)$ bounds.
• Results Ledger Entry: RES-AMO-BOUND-01 — Null benchmark ($q_0=0,p=1.00$) bounding reduced coupling across $1\text{--}50\text{ eV}$.

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TRWM BridgeRF-013__kp-field__TRWM_BRIDGE_v1.3.md

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