What question did this study set out to answer?

The aim is to introduce an effective field theory that reconciles cosmological tensions through non-Hermitian dynamics.

February 2, 2026Open Access

Coherent-Viscous Emergent Spacetime (C-VES): Non-Hermitian Quantum Gravity and the Relaxation of Cosmological Tensions via KAM Stability

Key Points

The aim is to introduce an effective field theory that reconciles cosmological tensions through non-Hermitian dynamics.
Developed a theoretical framework based on a coherent Cl(3,1) spinor field.
Utilized Kolmogorov-Arnold-Moser (KAM) theory to ensure stability of cosmological evolution.
Engaged in analysis of spectral resonances and their suppression.
Confirmed the use of the Golden Ratio as a regulator in the proposed model.
Resolved the H_0 tension and JWST high-z galaxy anomalies.
Predicted measurable logarithmic gravitational wave echoes with 'Golden' damping.

Abstract

We propose an effective field theory where spacetime metric emerges from the condensation of a coherent Cl (3, 1) spinor field. Unlike the standard model, C-VES postulates a vacuum with fundamental information viscosity arising from non-Hermitian dynamics. The stability of cosmological evolution necessitates the suppression of spectral resonances, naturally selecting the Golden Ratio () as a regulator via Kolmogorov-Arnold-Moser (KAM) theory. This resolves the H₀ tension and JWST high-z galaxy anomalies. The theory predicts falsifiable logarithmic gravitational wave echoes with 'Golden' damping.

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