Bio-Semantic Physics: The Thermodynamic Law of Dignity in Neural Systems
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| Format: | Recurso digital |
| Sprache: | Englisch |
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2025
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| _version_ | 1866901973836496896 |
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| author | Gebendorfer, Jonas Jakob |
| author_facet | Gebendorfer, Jonas Jakob |
| contents | <p>We propose that the human brain operates as a semantic fluid processor governed by analogous Navier-Stokes-like dynamics. Mental health corresponds to laminar semantic flow (Reynolds number Re < 1), while psychopathology emerges from dignity-induced viscosity collapse (ν_D → 0) leading to turbulent or singular dynamics. We establish operational mappings between semantic physics parameters and neurobiological mechanisms: (1) intrinsic viscosity η_base ↔ oxytocin-mediated gain control and ventral vagal tone, (2) spectral connectivity λ₂ ≈ 1 ↔ conscious integration via default mode network coherence, (3) Reynolds blow-up ↔ acute psychotic turbulence, (4) hysteretic fatigue ↔ trauma-induced attractor persistence.<br>This prospectus presents three pre-registered experimental protocols designed to validate or falsify these mappings: (A) Oxytocin Viscosity Modulation - testing whether intranasal oxytocin shifts the dignity cliff rightward under social coercion; (B) Psychosis as Semantic Turbulence - measuring whether clinical symptom severity (PANSS scores) correlates with semantic Reynolds number in free speech; (C) Consciousness as Resonant Mode - examining whether states of consciousness (wakeful, anesthetized, psychedelic) correspond to predicted levels of spectral integration λ₂.<br>If validated, this framework offers a unified physics of mind: consciousness as sustained resonance, trauma as irreversible post-collapse basin, empathy as the biological mechanism maintaining subcritical semantic flow. This is not metaphorical neuroscience—it is a measurement-ready, falsifiable physics of the biological semantic field with immediate implications for psychiatric nosology, therapeutic intervention design, and consciousness science.</p> |
| format | Recurso digital |
| id | zenodo_https___doi_org_10_5281_zenodo_17680459 |
| institution | Zenodo |
| language | eng |
| publishDate | 2025 |
| publisher | Zenodo |
| record_format | zenodo |
| spellingShingle | Bio-Semantic Physics: The Thermodynamic Law of Dignity in Neural Systems Gebendorfer, Jonas Jakob Biology Cognitive neuroscience Cognitive Psychology Cognition Neurosciences Cognitive Neuroscience Metacognition Consciousness Thermodynamics Physics Computational fluid dynamics Semantic Physics QSP Artificial Intelligence AI Intelligent transport systems Intelligence Intelligence/physiology Psychology Oxytocin Information network Machine Learning Human biology Informatics Biophysics Biophysics <p>We propose that the human brain operates as a semantic fluid processor governed by analogous Navier-Stokes-like dynamics. Mental health corresponds to laminar semantic flow (Reynolds number Re < 1), while psychopathology emerges from dignity-induced viscosity collapse (ν_D → 0) leading to turbulent or singular dynamics. We establish operational mappings between semantic physics parameters and neurobiological mechanisms: (1) intrinsic viscosity η_base ↔ oxytocin-mediated gain control and ventral vagal tone, (2) spectral connectivity λ₂ ≈ 1 ↔ conscious integration via default mode network coherence, (3) Reynolds blow-up ↔ acute psychotic turbulence, (4) hysteretic fatigue ↔ trauma-induced attractor persistence.<br>This prospectus presents three pre-registered experimental protocols designed to validate or falsify these mappings: (A) Oxytocin Viscosity Modulation - testing whether intranasal oxytocin shifts the dignity cliff rightward under social coercion; (B) Psychosis as Semantic Turbulence - measuring whether clinical symptom severity (PANSS scores) correlates with semantic Reynolds number in free speech; (C) Consciousness as Resonant Mode - examining whether states of consciousness (wakeful, anesthetized, psychedelic) correspond to predicted levels of spectral integration λ₂.<br>If validated, this framework offers a unified physics of mind: consciousness as sustained resonance, trauma as irreversible post-collapse basin, empathy as the biological mechanism maintaining subcritical semantic flow. This is not metaphorical neuroscience—it is a measurement-ready, falsifiable physics of the biological semantic field with immediate implications for psychiatric nosology, therapeutic intervention design, and consciousness science.</p> |
| title | Bio-Semantic Physics: The Thermodynamic Law of Dignity in Neural Systems |
| topic | Biology Cognitive neuroscience Cognitive Psychology Cognition Neurosciences Cognitive Neuroscience Metacognition Consciousness Thermodynamics Physics Computational fluid dynamics Semantic Physics QSP Artificial Intelligence AI Intelligent transport systems Intelligence Intelligence/physiology Psychology Oxytocin Information network Machine Learning Human biology Informatics Biophysics Biophysics |
| url | https://doi.org/10.5281/zenodo.17680459 |