{
  "id": "oai:papers.qnfo.org:universe-as-a-single-solution",
  "slug": "universe-as-a-single-solution",
  "title": "Universe as a Single Solution",
  "authors": [
    "Rowan Brad Quni-Gudzinas"
  ],
  "abstract": "This paper re-examines the conclusions drawn from Bell’s theorem by critically analyzing its third, often unexamined, premise: Statistical Independence. While the experimental violation of Bell’s inequality has traditionally forced a choice between locality and realism, this work argues that abandoning Statistical Independence is a more physically and philosophically coherent path. We propose a framework for a Globally Constrained Deterministic System (GCDS), in which the universe is treated as a single, self-consistent solution governed by a deterministic evolution law. In such a system, the correlation between a particle’s properties and a detector’s setting is not a conspiracy but a necessary consequence of a shared common cause in the universe’s past. This approach preserves both locality and realism. We demonstrate how a GCDS can provide a coherent explanation for quantum correlations, the emergence of probability, and the measurement problem. We conclude that Bell’s theorem should not be seen as a “no-go” theorem for local realism, but as a diagnostic tool that reveals the necessity of global constraints in any such theory. [...]",
  "abstract_markdown": "This paper re-examines the conclusions drawn from Bell’s theorem by critically analyzing its third, often unexamined, premise: Statistical Independence. While the experimental violation of Bell’s inequality has traditionally forced a choice between locality and realism, this work argues that abandoning Statistical Independence is a more physically and philosophically coherent path. We propose a framework for a Globally Constrained Deterministic System (GCDS), in which the universe is treated as a single, self-consistent solution governed by a deterministic evolution law. In such a system, the correlation between a particle’s properties and a detector’s setting is not a conspiracy but a necessary consequence of a shared common cause in the universe’s past. This approach preserves both locality and realism. We demonstrate how a GCDS can provide a coherent explanation for quantum correlations, the emergence of probability, and the measurement problem. We conclude that Bell’s theorem should not be seen as a “no-go” theorem for local realism, but as a diagnostic tool that reveals the necessity of global constraints in any such theory. [...]",
  "date": "2025-10-01",
  "first_published": "2025-10-01",
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        "description": "This paper re-examines the conclusions drawn from Bell’s theorem by critically analyzing its third, often unexamined, premise: Statistical Independence. While the experimental violation of Bell’s inequality has traditionally forced a choice between locality and realism, this work argues that abandoning Statistical Independence is a more physically and philosophically coherent path. We propose a framework for a Globally Constrained Deterministic System (GCDS), in which the universe is treated as a single, self-consistent solution governed by a deterministic evolution law. In such a system, the correlation between a particle’s properties and a detector’s setting is not a conspiracy but a necessary consequence of a shared common cause in the universe’s past. This approach preserves both locality and realism. We demonstrate how a GCDS can provide a coherent explanation for quantum correlations, the emergence of probability, and the measurement problem. We conclude that Bell’s theorem should not be seen as a “no-go” theorem for local realism, but as a diagnostic tool that reveals the necessity of global constraints in any such theory. [...]",
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