Dual Spectral Resonance on Interstellar Signals: A Theoretical Framework for Hidden Symmetries in Anomalous Radio Events

This paper explores the potential application of the Dual Spectral Resonance (DSR) framework to the analysis of anomalous interstellar radio events, focusing specifically
on the famous 1977 Wow! signal. DSR models the electromagnetic spectrum as a palindromic and fractal structure centered around a critical “green frequency” (fgreen ≈ 5.5×1014 Hz), where each frequency possesses a dual harmonic counterpart. The model proposes that destructive and constructive interference between dual pairs gives rise to latent resonance fields in a structured vacuum. This article investigates whether certain
narrow-band, transient, or non-repeating radio signals—especially those observed in SETI contexts—may be better understood as manifestations of dual resonance encoded
beyond conventional detection frameworks. We develop a theoretical basis for signal reconstruction, propose analytical tools grounded in fractal and dual symmetries, and outline future directions in spectral signal processing under this paradigm.