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The Quantum Energy Universe: A Unified Theory of Gravity, Dark Matter, and Dark Energy

Kaisheng, Li, Longji, Li

PhilPapers (PhilPapers Foundation), 2025

Abstract

This book offers a unified reconstruction of the cosmic “dark sector” within the Energy Quantum Theory (EQT), proposing that gravity, dark matter, and dark energy are not three distinct entities, but manifestations of the same energy quantum density field \(\rho(\mathbf{r}, t, f)\) across different frequency bands: gravity dominates at \(f < 10^3\,\text{Hz}\), dark matter corresponds to mid-low frequencies (\(f \sim 10^{-2}\,\text{Hz}\)), and dark energy arises from the ultra-low-frequency regime (\(f \lesssim 10^{-4}\,\text{Hz}\)). This framework, directly derived from (Postulate I: the Frequency Partitioning Postulate), eliminates the need for a cosmological constant \(\Lambda\) or cold dark matter particles in standard cosmology. Grounded in (Postulate II: the Gradient Flow Postulate), the work interprets large-scale structure formation as a nonlinear self-organization process of the ultra-low-frequency field. It develops (Inference 2: the Aggregation–Decay Cycle) and (Inference 3: the Cyclic Cosmic Dynamics) to naturally account for JWST observations of “precocious” and “quiescent” galaxies. Moreover, (Inference 4: the Co-Frequency Resonance Detection Principle) clarifies that so-called “dark” components are not non-luminous but lie outside current detectors’ frequency response windows—providing a testable pathway for multi-messenger synergy between LISA and JWST. As the third volume in the four-part physical core (Books 1–4), this book integrates the high-frequency…

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