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This research aims to evaluate four predictions of the Order Parameter Spacetime Theory at the cosmological scale.

July 26, 2026Open Access

Theoretical Predictions and Observational Comparisons at the Cosmological Scale — Dark Energy, Gravitational Waves, and Inflation in the Order Parameter Spacetime Theory

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This research aims to evaluate four predictions of the Order Parameter Spacetime Theory at the cosmological scale.
Data analysis using DESI DR2 BAO, Planck 2018 CMB, Pantheon+ supernova, and SH0ES datasets.
Joint analysis of DESI DR2, Planck, and Pantheon+ data for dynamic dark energy confirmation.
Comparative analysis of cosmic phenomena, emphasizing quantitative connections among predictions.
The analysis indicates that w(z) may have crossed −1 with >4σ significance, consistent with dynamic dark energy predictions.
The 5σ Hubble tension between Planck and SH0ES aligns with the information dissipation hypothesis.
Future data validation from Euclid, CMB-S4, and Einstein Telescope could confirm these predictions.

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Randomized trial compares four theories on dark energy, gravitational waves, and inflation, suggesting significant implications for cosmology.

涛翟 (2026) studied this question.

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Randomized trial compares four theories on dark energy, gravitational waves, and inflation, suggesting significant implications for cosmology.