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This research aims to complete a five-dimensional theory by exploring Kaluza-Klein gravitational waves and their implications for quantum gravity.

February 12, 2026Open Access

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The Graviton Resonance: Kaluza-Klein Gravitational Waves and the Quantum Gravity Scale

SPStanley Preschutti

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This research aims to complete a five-dimensional theory by exploring Kaluza-Klein gravitational waves and their implications for quantum gravity.
Derived the mass spectrum and coupling constants of Kaluza-Klein graviton tower
Utilized a predefined warp factor of kL = 38.44
Predicted the first spin-2 gravitational resonance (G(1)) at a mass of 1.52 TeV
The zero mode graviton remains coupled at the Planck scale (10^19 GeV)
Kaluza-Klein excitations localized near the IR brane lead to TeV-scale interactions
These findings provide a testable threshold for quantum gravity

Abstract

We complete the 5D warped Theory of Everything (ToE) by deriving the mass spectrumand coupling constants of the Kaluza-Klein (KK) graviton tower. Using the establishedwarp factor kL = 38.44, we predict the first spin-2 gravitational resonance (G(1)) at amass of 1.52 TeV. We demonstrate that while the zero mode graviton remains coupled atthe Planck scale (1019 GeV), the KK-excitations are localized near the IR brane, leadingto TeV-scale gravitational interactions. This provides a testable threshold for QuantumGravity and offers a geometric explanation for the weakness of gravity. The detection ofthese resonances would serve as the definitive confirmation of the 5D warped architectureof the universe.

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The Graviton Resonance: Kaluza-Klein Gravitational Waves and the Quantum Gravity Scale

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