Pi3 Andres G.

Holographic Metric Impedance and the Resolving Power of Discrete Trigonometry: Analytical Solutions to Evolving Dark Energy, Cluster Mass Bias, Alpha Dipoles, Nanohertz Gravitational Waves, and Degenerate Stellar Collapse

This paper presents a rigorous comparative analysis between continuous Euclidean geometry and Discrete Holographic Trigonometry, demonstrating that persistent observational discrepancies across modern astrophysics arise from continuous spatial oversampling artifacts. Operating wi...

Holographic Metric Impedance and the Resolving Power of Discrete Trigonometry: Analytical Solutions to Evolving Dark Energy, Cluster Mass Bias, Alpha Dipoles, Nanohertz Gravitational Waves, and Degenerate Stellar Collapse

This paper presents a rigorous comparative analysis between continuous Euclidean geometry and Discrete Holographic Trigonometry, demonstrating that persistent observational discrepancies across modern astrophysics arise from continuous spatial oversampling artifacts. Operating wi...

Geometric Scale Invariance Across Cosmological Structure Growth, Electroweak Mixing, and Hadronic Mass Scales: A Rigorous Comparative Analysis of Continuous Euclidean vs. Discrete Holographic Trigonometry

This paper addresses several persistent observational tensions across contemporary cosmology, electroweak mixing, and hadronic physics.We demonstrate that discrepancies in cosmic structure growth, flavor mixing unitarity, and fundamental particle mass scalesare not instrumental f...

Geometric Scale Invariance Across Cosmological Structure Growth, Electroweak Mixing, and Hadronic Mass Scales: A Rigorous Comparative Analysis of Continuous Euclidean vs. Discrete Holographic Trigonometry

This paper addresses several persistent observational tensions across contemporary cosmology, electroweak mixing, and hadronic physics.We demonstrate that discrepancies in cosmic structure growth, flavor mixing unitarity, and fundamental particle mass scalesare not instrumental f...