Geometric Electroweak Mass Generation: Spectral Formalization via Dirac Comb Generación Geométrica de Masa Electrodébil: Formalización Espectral mediante Peine de Dirac

We propose a non-perturbative reinterpretation of the electroweak symmetry breaking mechanism SU(2)L× U(1)Y→ U(1)ₑₘ rooted in spectral geometry. By postulating the collapse of the internal spectral continuum into a periodic distribution of discrete Dirac deltas (Dirac comb), the mass terms of gauge vector bosons emerge analytically via the covariant commutator between the four-dimensional continuous operator and the internal discrete projector. Within this framework, the vacuum expectation value (VEV) is uniquely determined by the spectral step k₀=2π/L, eliminating the need to introduce ad hoc scalar potentials with arbitrary self-interaction λΦΦ⁴, preserving the weak mixing angle cosθW, and naturally protecting the spectrum against quadratic ultraviolet divergences.