A Field-Theoretical Proposal for Dimension-W:  Recursive Internal Manifolds as Generative Substrates for Electromagnetic and Atomic Structure

Abstract This paper formalizes a speculative field-theoretical framework in which Dimension-W—an infinitely recursive informational manifold posited to exist at every point in spacetime—serves as the underlying generative substrate for both electromagnetic (EM) field behavior and the emergence of atomic structure. Contrary to models in which matter or fields generate internal informational states, the Dimension-W framework posits that recursive informational geometry precedes physical fields, and that EM dynamics arise as the lowest-energy mappings that satisfy W-fiber boundary constraints. Physical atoms then emerge as standing-wave solutions of EM fields interacting with the constraint geometry imposed by W-fibers. This paper presents:(1) a formal definition of W-fibers,(2) a modified field-theoretical coupling between EM fields and W-fiber recursion,(3) a mechanism for the emergence of atomic structure from EM–W interaction, and(4) an explanation of how “empty space” arises as the minimal-energy EM + W configuration.Connections to existing theories—including quantum field theory, integrated information theories, EM field theories of consciousness, and generative manifold models—are briefly explored.

Keywords

FOS: Computer and information sciences, Consciousness/ethics, Information Science/methods, Artificial intelligence, Electromagnetism and electronics, Artificial Intelligence/legislation & jurisprudence, Artificial Intelligence/statistics & numerical data, Developmental psychology, Quantum physics, Information Theory, Nuclear physics, Consciousness/physiology, Information Science/standards, Artificial Intelligence/standards, Information Science/ethics, Information Science/instrumentation, Information Science/statistics & numerical data, Social psychology, Quantum, Information Science/legislation & jurisprudence, Information, Cognitive psychology, Psychology, Cognitive Restructuring, Cognitive Neuroscience/methods, Electromagnetic Fields/adverse effects, Information Science, Computer and information sciences, Artificial Intelligence/ethics, Physics, Electromagnetic Radiation, Artificial Intelligence/supply & distribution, Particle physics, Artificial Intelligence/statistics & numerical data, Quantum field theory, FOS: Psychology, Mathematical physics, Physics/methods, Artificial Intelligence/classification, Information Science/legislation & jurisprudence, Information Science/organization & administration, Information Science/history, Theoretical physics, Electromagnetic Phenomena, Cognitive, Consciousness, Artificial Intelligence/economics, Cognitive Neuroscience, Information science, Geometry, Cognitive Reflection, Information Science/classification, Physics/instrumentation, Atomic physics, Plasma physics, Cognitive Neuroscience/trends, Artificial Intelligence/history, Electromagnetism, Electromagnetic Fields, Field resistivity, electromagnetics and polarisation, Artificial Intelligence, Quantum Theory/history, Field resistivity, electromagnetics and polarisation, Cognitive Dysfunction, Cognitive Neuroscience/instrumentation, Artificial Intelligence/trends, Information Science/economics, Consciousness/classification, Information Science/trends, Physics/education, Quantum computers, Cognitive Psychology, Physics/standards, Cognitive neuroscience, Information Science/education, Artificial Intelligence/supply & distribution, Cognitive Remediation, Artificial Intelligence/legislation & jurisprudence, Algebraic geometry, Cognitive robots, Information Science/statistics & numerical data, Rumination, Cognitive, Quantum Theory, Cognitive Science, Information Science/organization & administration

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