Framework integrates detection mechanisms in spacetime, revealing resonance coherence principles for SETI signals.
This work presents a unified resonance-based framework for SETI, extending classical search methodologies beyond electromagnetic detection. The model integrates: • quantum–spacetime resonance interactions (QRUM), • a coherence-extended Drake Equation, • a Kardashev index corrected by coherent energy utilization, • biological resonance-sensing mechanisms occurring in terrestrial species, and • macro-geometric field patterns (MGFPs) formed through coherent mode interference. The framework proposes that micro-scale biological detectors, engineered sensors, and large-scale environmental interference structures can all be described through a single resonance condition: ω_detector = ω_QRUM = ω_pattern. A full mathematical derivation is provided, including φ-scaled geometric ratios, frequency compatibility conditions, and coherence thresholds for detection. This white paper aims to open a complementary SETI direction centered on resonance coherence, multi-scale signal coupling, and the hidden structure of spacetime. Open-access independent research.
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P. Gabor (2025) studied this question.
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