Galactic Time and Civilizational Detectability: A Phase-Structured Phenomenon
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2026
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| _version_ | 1866901865123282944 |
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| author | Ali, Adam |
| author_facet | Ali, Adam |
| contents | <p>This preprint introduces a Galactic Time framework for civilisational detectability, proposing that the observability of technological civilisations is fundamentally constrained by time-dependent stability windows rather than by spatial scarcity alone.<br>The framework reframes the Fermi Paradox by treating detectability as a phase-structured phenomenon, where phases refer to detectability states rather than to any fixed, universal, or predictive dynamical cycle. In contrast to traditional Drake-style formulations, Galactic Time incorporates explicit temporal constraints on technological persistence and observability without assuming long-lived or continuously detectable civilisations.<br>Worked examples demonstrate how differing stellar architectures—including single-star, binary, and perturbed systems—naturally produce heterogeneous detectability windows without invoking assumptions of rarity, synchronisation, or universal collapse. These examples are illustrative and system-agnostic, and do not imply calibration to any specific planetary history.<br>The framework defines a distinct category of models for civilisational detectability, reframing observational silence as a consequence of time-dependent system stability rather than spatial absence or inevitable self-destruction. The framework is not predictive without system-specific inputs and does not imply advance knowledge of instability timing.<br>This work is presented as a foundational conceptual contribution, suitable for integration with future observational strategies, computational modelling, and AI-assisted analysis, and is intended to support new approaches to interpreting technosignature searches and long-term system dynamics.</p> |
| format | Recurso digital |
| id | zenodo_https___doi_org_10_5281_zenodo_18438046 |
| institution | Zenodo |
| language | |
| publishDate | 2026 |
| publisher | Zenodo |
| record_format | zenodo |
| spellingShingle | Galactic Time and Civilizational Detectability: A Phase-Structured Phenomenon Ali, Adam Galactic Time; Civilizational Detectability; Harmonic Chronodynamics; Temporal Structire <p>This preprint introduces a Galactic Time framework for civilisational detectability, proposing that the observability of technological civilisations is fundamentally constrained by time-dependent stability windows rather than by spatial scarcity alone.<br>The framework reframes the Fermi Paradox by treating detectability as a phase-structured phenomenon, where phases refer to detectability states rather than to any fixed, universal, or predictive dynamical cycle. In contrast to traditional Drake-style formulations, Galactic Time incorporates explicit temporal constraints on technological persistence and observability without assuming long-lived or continuously detectable civilisations.<br>Worked examples demonstrate how differing stellar architectures—including single-star, binary, and perturbed systems—naturally produce heterogeneous detectability windows without invoking assumptions of rarity, synchronisation, or universal collapse. These examples are illustrative and system-agnostic, and do not imply calibration to any specific planetary history.<br>The framework defines a distinct category of models for civilisational detectability, reframing observational silence as a consequence of time-dependent system stability rather than spatial absence or inevitable self-destruction. The framework is not predictive without system-specific inputs and does not imply advance knowledge of instability timing.<br>This work is presented as a foundational conceptual contribution, suitable for integration with future observational strategies, computational modelling, and AI-assisted analysis, and is intended to support new approaches to interpreting technosignature searches and long-term system dynamics.</p> |
| title | Galactic Time and Civilizational Detectability: A Phase-Structured Phenomenon |
| topic | Galactic Time; Civilizational Detectability; Harmonic Chronodynamics; Temporal Structire |
| url | https://doi.org/10.5281/zenodo.18438046 |