What question did this study set out to answer?

To explore the properties of compact U(1) gauge theory on the FCC lattice and its implications for dark energy and cosmology.

April 14, 2026Open Access

Properties of compact U(1) gauge theory on the FCC lattice: dark energy, the Hubble constant, and the programme summary

Key Points

To explore the properties of compact U(1) gauge theory on the FCC lattice and its implications for dark energy and cosmology.
Derivation of formulas related to dark energy and gauge theory from fundamental parameters
Analysis of observed values against theoretical predictions
Calculation of quantities spanning electromagnetism, gravity, and cosmology
Determined dark energy density value of 0.682, closely aligning with observed 0.685
W boson mass measurement consistent with LHC findings within 0.4 sigma
Identified 7 key quantities derived from fundamental constants affecting multiple physical domains

Abstract

Paper VI of "Properties of compact U (1) gauge theory on the FCC lattice" (12 April 2026). Dark energy OmegaLambda = 8 pi Eᵥac/ (3 detᵣatio) = 0. 682, zero cosmological input (observed: 0. 685, 0. 39%). W boson mass agrees with LHC (Nature, 8 April 2026) to 0. 4 sigma. Programme summary: 7 quantities derived from g² = pi²/108 spanning electromagnetism, gravity, and cosmology.

Properties of compact U(1) gauge theory on the FCC lattice: dark energy, the Hubble constant, and the programme summary

Key Points

Abstract

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