The Layered Reality Theory (LRT) proposes that physical reality consists of distinct ontological layers—quantum, classical, cosmic—each governed by its own complete set of relative truths. These layers are autonomous, not emergent or perspectival. They coexist through an invariant condition called Absolute Truth, constrained by the Balance Principle: no system can fully instantiate two layers' truths simultaneously. LRT is axiomatic, falsifiable, and reframes the plurality of physical laws as a structural feature of reality
The Layered Reality Theory (LRT) proposes that physical reality consists of distinct ontological layers—quantum, classical, cosmic—each governed by its own complete set of relative truths. These layers are autonomous, not emergent or perspectival. They coexist through an invariant condition called Absolute Truth, constrained by the Balance Principle: no system can fully instantiate two layers' truths simultaneously. LRT is axiomatic, falsifiable, and reframes the plurality of physical laws as a structural feature of reality
Physical reality presents itself as a single, causally unified, decohering history, while the mathematical formalism of quantum mechanics is structurally plural: Hilbert space admits superposition, basis freedom, and infinitely many decompositions of any given state. This paper proposes the Principle of Ontological Singularity: formal plurality does not by itself entail ontological plurality. Against Everettian readings that treat decohered sectors of the universal wavefunction as emergent worlds, we argue that Schrödinger evolution supplies unitary dynamics, decoherence supplies approximately autonomous sector structure, and the Born rule supplies statistical weights, but none of these alone supplies worldhood. We formalize this distinction through an ordered pair , where is the plural mathematical map and is a realization selector designating the classically operative sector. We then address the central open question head-on: what determines ? We derive a Spectral-Born Instantiation Law in which the realized sector is selected stochastically from decoherence-stabilized pointer sectors according to Born weights, but only when a Liouvillian classical-instantiation gap exceeds a physical leakage threshold. The parameters of this law are grounded in decoherence timescales rather than left as free metaphysical constants. We introduce the principle of Temporarily Emergent Reality Framework (TERF): the territory is not a permanent feature of an ontological background but a configuration crystallized by conditions and sustained only while those conditions hold. Non-actualized branches are therefore not merely uninstantiated competitors; they are absent from the operative reality set entirely, with no bridge possible because there is nothing on the other end. We further argue that the Everettian ontological extension carries no experimental warrant: no experiment instantiates any additional world we can touch, and the equation’s evidential authority derives entirely from observations made within one causally accessible history. We discuss the law’s relationship to GRW/CSL collapse models, the structure of post-instantiation evolution including recursive refinement, T2 information mechanics at breakdown, and the cosmological scope of the framework—including the primordial kit state, environmentally contingent classical emergence, and the operative irrelevance of multiverse speculation to a framework whose jurisdiction is the territory we occupy. The proposal is presented as a map–territory discipline for quantum foundations: the map may multiply without limit, but the territory remains one—temporarily, contingently, and actually.
According to the Everett interpretation of quantum mechanics, the apparent paradoxes of quantum theory require no change either in our philosophical attitude toward scientific theories or in the formalism of quantum mechanics itself. Rather, the unaltered theory can be understood as a literal description of physical reality. But the physical reality thus described is one of many noninteracting, approximately classical worlds. These worlds enter the theory not at the fundamental level—they are nowhere to be found in the basic formalism—but at a higher, emergent level; in this sense they are (ontologically speaking) on a par with the ontology of the special sciences.
Truth reveals the shape of a bounded structured entity Q to the extent that the view is unobscured, and observation or measurement is the verification of that shape from afar. The view is never fully unobscured at any finite cost, and the structural form this asymptotic situation takes is what this paper develops on the foundation of The Shape of Reality, which commits existence by shape, the recursion Q = ΣQᵢ | S, the four-set partition of configurations, the descriptive layer Set E, and the structural complement Set F. Truth supplies one new principle: the Simultaneous Exclusion Principle, SEP, which extends Shape's singular set-membership rule to the resolution layer and states that only one resolution of any conjugate pair is available at any instant. From SEP and the recursion, truth is the asymptotic structure of the measurement-mediated approach to Q, the form of approach is one structural form named the Chilton Form, and the substrate of approach bifurcates into Physical Reality, the substrate of instantiated configurations, and Non-Physical Reality, the representational substrate. The conjugate-pair floor follows from SEP at the recursion layer, with Heisenberg's principle and the Landauer floor read as substrate-specific instances under a shared structural interpretation rather than as identical physical laws. The joint asymptotic terminal of the chain is ℝ, Reality: real, unreachable at any finite cost, and referable by the form of approach. Where the chain breaks, the structural fact named CFG admits a four-mode taxonomy at the principle level comprising fabrication, suppression, pareidolia, and blindness. The paper rereads the macroscopic Schrödinger's cat configuration through the temporal structure of the local triggering event, develops mathematics as the Hard NPR description of configurations across all four sets of Shape's partition, and exposes its architecture by stating seven configurations whose construction would falsify the framework.
Abstract Ever since its foundations were laid nearly a century ago, quantum theory has provoked questions about the very nature of reality. We address these questions by considering the universe—and the multiverse—fundamentally as complex patterns, or mathematical structures. Basic mathematical structures can be expressed more simply in terms of emergent parameters. Even simple mathematical structures can interact within their own structural environment, in a rudimentary form of self-awareness, which suggests a definition of reality in a mathematical structure as simply the complete structure. The absolute randomness of quantum outcomes is most satisfactorily explained by a multiverse of discrete, parallel universes. Some of these have to be identical to each other, but that introduces a dilemma, because each mathematical structure must be unique. The resolution is that the parallel universes must be embedded within a mathematical structure—the multiverse—which allows universes to be identical within themselves, but nevertheless distinct, as determined by their position in the structure. The multiverse needs more emergent parameters than our universe and so it can be considered to be a superstructure. Correspondingly, its reality can be called a super-reality. While every universe in the multiverse is part of the super-reality, the complete super-reality is forever beyond the horizon of any of its component universes.
Abstract The ”Teoria della Coesistenza Relazionale” (TCR, Relational Coexistence Theory) proposes an ontological framework in which spacetime R is not the primary level of reality, but emerges from a more fundamental relational domain R′. Within this perspective, quantum and cosmological phenomena commonly treated as independent such as entanglement, decoherence, cosmic expansion, and the arrow of time are reinterpreted as different manifestations of the same underlying relational dynamics. The present work is devoted to the definition of the ontological assumptions and axiomatic structure of the TCR. In particular, it introduces the concepts of relational coexistence and emergence as the foundational elements from which physical phenomena in spacetime are derived. The aim of this study is not to provide an empirical validation of the framework, but to establish its internal coherence, conceptual consistency, and explanatory scope at the level of fundamental ontology. This work does not aim at providing a complete physical model or immediate empirical validation, but at establishing a coherent ontological and axiomatic framework within the scope of foundational physics.