🧠 NUVO Theory Topics — Deep Dives
This section of the NUVOTheory.com site is dedicated to in-depth explorations of specific mechanisms, structures, and predictions within the NUVO theoretical framework.
While the NUVO Series papers build the theory step-by-step, these topic pages offer focused explanations, derivations, and physical insights — allowing readers to dive deeper into individual ideas without needing to navigate full papers.
Each entry is written to be self-contained yet mathematically rigorous, bridging scalar geometry, coordinate-space observables, and empirical phenomena.
What You’ll Find Here
- Geometric derivations of physical constants from first principles
- Scalar-based interpretations of time dilation, gravity, and redshift
- Orbital coherence and arc-length quantization
- NUVO predictions that replicate classical results without curvature
- Explorations of black holes, hydrogen structure, and light bending
- Analytical tools like scalar modulation, sinertia, and frame expansion
Whether you are a physicist, mathematician, or an interested learner, this section offers a library of geometric insights that connect theory to observation — one deep dive at a time.
🔍 Browse the list below to explore individual topics.
Galaxy Rotation Curves Without Dark Matter
Sinertia and Gravitational Flux
Electron Orbital Advance and Classical Electron Radius
Quantum Constants, Planck’s Constant, Fine Structure Constant, From NUVO First Principles