{
  "id": "oai:papers.qnfo.org:emergent-physical-reality",
  "slug": "emergent-physical-reality",
  "title": "Emergent Physical Reality",
  "authors": [
    "Rowan Brad Quni-Gudzinas"
  ],
  "abstract": "This work presents a comprehensive, first-principles derivation of physical reality, positing that the universe is a hierarchical, emergent structure founded upon a minimal set of foundational postulates governing information, conservation, and logical inference. The argument proceeds in two stages: deconstruction and reconstruction. First, the traditional pillars of physics—dimensional constants, the Planck scale, and spacetime geometry—are critically analyzed and shown to be non-fundamental, derived concepts. Formal algebraic derivations demonstrate how constants like G, c, and ℏ vanish when physical laws are expressed in dimensionless form. Second, a new foundation is established upon a tripartite basis: a definitional postulate (the physical nature of state), a dynamical postulate (unitarity), and an inferential postulate (the principle of maximum entropy). From this foundation, the laws of physics are systematically re-derived as a series of emergent theorems. Level 1 provides formal mathematical derivations for statistical mechanics and thermodynamics. [...]",
  "abstract_markdown": "This work presents a comprehensive, first-principles derivation of physical reality, positing that the universe is a hierarchical, emergent structure founded upon a minimal set of foundational postulates governing information, conservation, and logical inference. The argument proceeds in two stages: deconstruction and reconstruction. First, the traditional pillars of physics—dimensional constants, the Planck scale, and spacetime geometry—are critically analyzed and shown to be non-fundamental, derived concepts. Formal algebraic derivations demonstrate how constants like \\(G\\), \\(c\\), and \\(\\hbar\\) vanish when physical laws are expressed in dimensionless form. Second, a new foundation is established upon a tripartite basis: a definitional postulate (the physical nature of state), a dynamical postulate (unitarity), and an inferential postulate (the principle of maximum entropy). From this foundation, the laws of physics are systematically re-derived as a series of emergent theorems. Level 1 provides formal mathematical derivations for statistical mechanics and thermodynamics. [...]",
  "date": "2025-10-01",
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        "description": "This work presents a comprehensive, first-principles derivation of physical reality, positing that the universe is a hierarchical, emergent structure founded upon a minimal set of foundational postulates governing information, conservation, and logical inference. The argument proceeds in two stages: deconstruction and reconstruction. First, the traditional pillars of physics—dimensional constants, the Planck scale, and spacetime geometry—are critically analyzed and shown to be non-fundamental, derived concepts. Formal algebraic derivations demonstrate how constants like G, c, and ℏ vanish when physical laws are expressed in dimensionless form. Second, a new foundation is established upon a tripartite basis: a definitional postulate (the physical nature of state), a dynamical postulate (unitarity), and an inferential postulate (the principle of maximum entropy). From this foundation, the laws of physics are systematically re-derived as a series of emergent theorems. Level 1 provides formal mathematical derivations for statistical mechanics and thermodynamics. [...]",
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