Character Multiplicity as a Projection of ν-Layered Interference: A Critique of the Standard Model from the Unified Geometry Perspective

This paper presents a geometrically unified reinterpretation of the Standard Model, based on closed surface theory and the General Theory of Absoluteness. It argues that the apparent multiplicity of particles—such as photons, electrons, and Higgs bosons—is not due to fundamental differences, but instead arises from observational slicing of a hierarchically layered structure in frequency ν. Each "character" corresponds to a projection of a single closed surface geometry observed from different resonance angles and interference conditions. Mass emerges where vector field closure fails (∮A ≠ 0), and space is asserted. The Standard Model is thus reframed as a theory of observation-conditioned identity, embedded in a single coherent ν-layered geometry. This approach unifies vector fields, scalar excitations, and mass scales as manifestations of a deeper topological field structure. Author: Tetsuo Konno(今野哲夫) https://orcid.org/0009-0002-1842-7865