Resonance Model of Fundamental Physics

We present a resonance-based framework in which elementary par-
ticles correspond to eigenmodes of a fundamental resonance operator.
Particle masses emerge as spectral eigenvalues, while interactions arise
from nonlinear couplings of resonance fields.
A bifurcation in the resonance pole structure provides a possible
mechanism for the emergence of three particle generations. Empir-
ical relations such as the Koide relation for charged leptons appear
naturally within a phase-symmetric resonance spectrum.
Spacetime geometry is proposed to emerge from correlation struc-
tures of the resonance field.