This research demonstrates the resolution of the Hodge Conjecture using coherent variational geometry, implying a new path toward understanding algebraic cycles.
🇪🇸 Resumen (Español) Este preprint v2.0 presenta la resolución coherente-variacional de la Conjetura de Hodge dentro del marco de la Teoría de la Coherencia Total Martínez Sánchez (TCT-MS). Se introduce el operador de correspondencia Φᴴᴏᴅɢᴇ, que transforma los límites parabólicos del flujo coherente en ciclos algebraicos efectivos, demostrando la Γ-convergencia del selector algebraico hacia la red integral de períodos. Los casos T⁴ y K3 (Kummer) verifican computacionalmente la convergencia racional → integral → algebraica, aportando evidencia reproducible. Este trabajo ofrece una vía variacional estable y físicamente coherente hacia la resolución completa de la Conjetura de Hodge en el sentido del Instituto Clay. 🇬🇧 Abstract (English) This v2.0 preprint presents the coherent-variational resolution of the Hodge Conjecture within the Total Coherence Theory Martínez Sánchez (TCT-MS) framework. It introduces the correspondence operator Φᴴᴏᴅɢᴇ, mapping parabolic limits of the coherent flow to effective algebraic cycles, and proves Γ-convergence of the algebraic selector toward the integral period lattice. The T⁴ and K3 (Kummer) cases provide reproducible computational evidence of the rational → integral → algebraic transition. The work establishes a stable, physically coherent variational path toward a full resolution of the Hodge Conjecture in the sense of the Clay Institute.
No takes yet. Share an insight, caveat, or question.
Francisco-Javier Martínez-Sánchez (2025) studied this question.
Synapse has enriched 5 closely related papers on similar clinical questions. Consider them for comparative context: