Synthesis of Coherium (Ch-126): A Conceptual Proposal for Stabilizing Super-Heavy Elements via Resonant Field Geometry

Synthesis of Coherium (Ch-126): A Conceptual Proposal for Stabilizing Super-Heavy Elements via Resonant Field Geometry Description:This paper presents a conceptual and speculative framework for re-examining the stability of super-heavy elements (SHEs) using a geometry-first perspective grounded in Coherence-Geometrodynamics (CGD) and the Virtual Ego Framework (VEF). The work is explicitly non-experimental and does not propose or describe any laboratory procedure, apparatus, or validated synthesis method. Conventional approaches to SHE synthesis rely on high-energy ion bombardment to induce transient nuclear fusion, typically producing extremely short-lived isotopes due to overwhelming Coulomb repulsion. In contrast, this paper reframes nuclear stability as a coherence and boundary-condition problem, rather than one of kinetic energy alone. A heuristic stability criterion is introduced using dimensionless placeholders AAA (active nuclear drive) and CCC (connective constraint), where radioactive decay corresponds to A>CA > CA>C and stability to the proportional balance A≈CA \approx CA≈C. Within this framing, the paper explores a thought-experiment model termed Harmonic Field Capture, in which stabilizing constraint geometry is conceptually established prior to nuclear aggregation. The framework is applied hypothetically to Element 126 (Unbihexium), a nucleus predicted by shell models to lie near the center of the so-called Island of Stability. The proposed element, referred to as Coherium (Ch), is discussed solely as a theoretical construct. Speculative implications—such as enhanced coherence, high density, and reduced susceptibility to perturbation—are clearly identified as conjectural and not predictive. This work does not challenge established nuclear physics, quantum mechanics, or experimental SHE research. Its contribution is interpretive and pedagogical, offering an alternative conceptual lens for thinking about nuclear stability, symmetry, and coherence in extreme regimes. Intended audience:Researchers and readers interested in speculative physics, nuclear theory foundations, conceptual modeling, coherence-based frameworks, and the philosophy and pedagogy of advanced physical systems. Keywords:#super_heavy_elements, #island_of_stability, #nuclear_stability, #speculative_physics, #conceptual_physics, #nuclear_shell_model, #atomic_number_126, #Unbihexium, #coherence, #resonant_geometry, #boundary_conditions, #heuristic_models, #theoretical_nuclear_physics, #physics_foundations, #Coherence_Geometrodynamics, #Virtual_Ego_Framework, #non_experimental_theory, #thought_experiment