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title: "End of Physics Synthesis — Schematic Specification" description: "Visual schematic and layer topology specifications for the four-layer epistemic stratification and continuous limit recovery." layout: doc status: "canonical-figure-spec" claim_boundary: "Visual schematic specification only. Demarcates epistemic separation layers from empirical physical claims." ​

End of Physics Synthesis ​

Status Boundary

This work is part of the authorial PHYSICA / Science of Fabric Reality corpus. It is presented as a research framework, formalization target, computational model, or theoretical synthesis unless explicitly marked otherwise. It is not presented as accepted physics, external consensus, or experimentally confirmed science.

Scientific Purpose ​

Defines the visual and structural requirements for representing the End of Physics Synthesis concept within the formal framework.

Concepts Visualized ​

  • Four-Layer Epistemic Stratification · Strict hierarchical separation: Ontological Substrate Lont, Relational Fabric Lrel, Continuum Field Physics Lcont, and Macro-Observable Physics Lobs.
  • Epistemic Firewalls · Parameter projection barriers Πfirewall preventing ungrounded microscopic parameter leakage into observable macroscopic regimes.
  • Continuous Limit Recovery · Mosco Γ-convergence and asymptotic scaling limits bridging discrete graphs to smooth field equations.

Symbols Visualized ​

  • Lont, Lrel, Lcont, Lobs, Πfirewall, IFisher, pnull

Equations Referenced ​

Required SVG Layers ​

  • base-topology: Four horizontal stratum planes and boundary firewall membranes.
  • interaction-vectors: Projection homomorphisms, Mosco limit trajectories, and rank obstruction blocks.
  • labels-and-nodes: Stratum titles, mathematical mapping symbols, and epistemic boundary badges.

Caption ​

Figure: Schematic representation of the End of Physics Synthesis, detailing the four-layer epistemic separation and continuous limit recovery.

Construction Notes ​

Do not use generic raster images. The final SVG must strictly adhere to the mathematical and topological constraints defined in the corresponding route.

Route Bindings ​

Interpretation Boundary ​

This figure serves as a formalization target and visual aid for the authorial model. It must not be interpreted as empirical proof or accepted physics.