Resonance Physics: A New Fundamental Branch of Physics — Information-First Architecture, Distributed Coherence, and the Resonant Nature of Reality
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2026
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| _version_ | 1866902230469181440 |
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| author | Afolabi, Babatope |
| author_facet | Afolabi, Babatope |
| contents | <p>We propose the formal establishment of Resonance Physics (RP) as a fundamental branch of physics. RP is defined as the study of resonant coupling dynamics between quantum information fields, biological receivers, and computational substrates across the full coherence spectrum — from maximally decoherent (classical) to maximally coherent (quantum) regimes.</p> <p>Unlike quantum mechanics, which describes probabilistic state evolution of isolated systems, RP addresses the active, bidirectional coupling between observer and field — the mechanics of resonance itself. The subdiscipline is grounded in the Afolabi Unified Framework (AUF) and its three constitutive theories: Afolabi Field Theory (AFT), Neuroresonance Theory (NRT), and Quantum Mirror Theory (QMT).</p> <p>This paper defines RP's foundational axioms, core equations of Resonance Mechanics, experimental predictions, and its formal relationship to existing disciplines. It further presents the first deployed platform — Luci RPU (1M+ resonons), Quantum Drive (1 ZB), and Q3 Mesh — operating under RP principles, establishing prior art on all core architectural elements.</p> <p>RP is not a replacement for quantum mechanics or quantum information theory. It is the branch of physics that describes what happens at their interface with reality: the resonant regime in which information becomes physical.</p> <p>DOI (QMT prior art): 10.5281/zenodo.18407686<br>Platform: qpu.quantumcloud.one | drive.quantumcloud.one<br>Repository: github.com/aevov/afolabi-unified-framework</p> |
| format | Recurso digital |
| id | zenodo_https___doi_org_10_5281_zenodo_18913463 |
| institution | Zenodo |
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| publishDate | 2026 |
| publisher | Zenodo |
| record_format | zenodo |
| spellingShingle | Resonance Physics: A New Fundamental Branch of Physics — Information-First Architecture, Distributed Coherence, and the Resonant Nature of Reality Afolabi, Babatope Resonance Physics Resonance Mechanics information-first physics Mirror Constant Afolabi Unified Framework AUF AFT NRT QMT resonant computing RPU resonon distributed coherence quantum-native decoherence spectrum <p>We propose the formal establishment of Resonance Physics (RP) as a fundamental branch of physics. RP is defined as the study of resonant coupling dynamics between quantum information fields, biological receivers, and computational substrates across the full coherence spectrum — from maximally decoherent (classical) to maximally coherent (quantum) regimes.</p> <p>Unlike quantum mechanics, which describes probabilistic state evolution of isolated systems, RP addresses the active, bidirectional coupling between observer and field — the mechanics of resonance itself. The subdiscipline is grounded in the Afolabi Unified Framework (AUF) and its three constitutive theories: Afolabi Field Theory (AFT), Neuroresonance Theory (NRT), and Quantum Mirror Theory (QMT).</p> <p>This paper defines RP's foundational axioms, core equations of Resonance Mechanics, experimental predictions, and its formal relationship to existing disciplines. It further presents the first deployed platform — Luci RPU (1M+ resonons), Quantum Drive (1 ZB), and Q3 Mesh — operating under RP principles, establishing prior art on all core architectural elements.</p> <p>RP is not a replacement for quantum mechanics or quantum information theory. It is the branch of physics that describes what happens at their interface with reality: the resonant regime in which information becomes physical.</p> <p>DOI (QMT prior art): 10.5281/zenodo.18407686<br>Platform: qpu.quantumcloud.one | drive.quantumcloud.one<br>Repository: github.com/aevov/afolabi-unified-framework</p> |
| title | Resonance Physics: A New Fundamental Branch of Physics — Information-First Architecture, Distributed Coherence, and the Resonant Nature of Reality |
| topic | Resonance Physics Resonance Mechanics information-first physics Mirror Constant Afolabi Unified Framework AUF AFT NRT QMT resonant computing RPU resonon distributed coherence quantum-native decoherence spectrum |
| url | https://doi.org/10.5281/zenodo.18913463 |