The 1k Incremental Method: A Systematic Search for Post-Plutonian Planetary Slots

"The K7 Universal Theory introduces the '1k Incremental Method' as a foundational protocol for mapping the outer reaches of our solar system. While traditional models often overlook sub-harmonic resonances, this method utilizes the fundamental constant 1k \approx 0.0553 AU as a discrete unit of orbital measurement. By systematically scanning each incremental slot (n+1, n+2, ...), we can identify gravitational stability zones that are otherwise hidden. Even in the presence of 'Great Jumps'—significant gaps between planetary clusters—this granular approach ensures a comprehensive audit of the 14-planet resonance architecture. It serves as a predictive roadmap for future observational astronomy, challenging the scientific community to explore the solar system beyond the Plutonian frontier with mathematical precision." Predictive Search Table (D = n \times k): Predicted Slot Harmonic Integer (n) Distance (D) in AU Status Planet X1 n = 715 39.539 AU Initial Search Zone Planet X2 n = 716 39.594 AU Sequential Resonance Planet X3 n = 717 39.649 AU Sequential Resonance Planet X4 Jump Zone TBD Potential Great Jump Planet X5 Final Slot TBD Terminal ResonancePrincipal Investigator: Gautam Pal (ORCID: 0009-0004-3456-9972) Copyright: © 2026 Gautam Pal. All rights reserved.

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