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The research aims to establish a unified framework for understanding quantum gravity, dark energy, and cosmological phenomena.

April 8, 2026Open Access

The Emergent Spacetime Quantum Field Theory (ERQ): A Unified Framework for Quantum Gravity, Dark Energy, and Cosmological Phase Transitions

Key Points

The research aims to establish a unified framework for understanding quantum gravity, dark energy, and cosmological phenomena.
Introduced the Emergent Spacetime Quantum Field Theory (ERQ) framework.
Analyzed solutions to significant astrophysical problems including the Hubble tension and energy hierarchy.
Predicted key phenomena related to gravitational waves and mass gap measurements.
Provided a solution to the Hubble tension problem.
Identified a gravitational wave cutoff frequency of 17 kHz.
Determined a mass gap related to the Higgs field at 4.7 M_{}.

Abstract

This monograph presents the Emergent Spacetime Quantum Field Theory (ERQ), a novel framework where spacetime and gravitation emerge as macroscopic projections of an underlying timeless matrix field (). The work provides solutions to the Hubble tension, the vacuum energy hierarchy problem, and the origin of early supermassive black holes. Key predictions include a 17 kHz gravitational wave cutoff and a mass gap at 4. 7 M_ (Higgs-Gap), correlating with current JWST and microlensing anomalies.

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Michael Reekers

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The Emergent Spacetime Quantum Field Theory (ERQ): A Unified Framework for Quantum Gravity, Dark Energy, and Cosmological Phase Transitions

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