On the Consequence of the Medium’s Structure
Cosmic Implications
Each sprit is an independent genesis event. There is no single universal origin; instead, field clusters self-organize into coherent structures, giving rise to galaxies, stars, and planetary systems.
The lattice prevents singularities. Dense accumulations of energy reach a **magnetic flux density limit**, which caps energy density and prevents infinite compression.
Quantization emerges naturally from the persistence and coherence of sprit events. The minimum energy grain corresponds to the **duration and magnitude of a single sprit**, bridging Planck-scale quantum behavior with macroscopic field phenomena.
Observable consequences include:
- Galactic structures form through local coherence, not central Big Bang expansion.
- Redshift arises from energy interactions along propagation paths, not metric expansion.
- Time and inertia are emergent from the sequence of sprit events and their memory in the lattice.
The Energentia framework thus provides a unified explanation for cosmic structure, redshift, and gravitation, entirely grounded in **local, emergent medium dynamics**. Z₀ invariance, while cosmological variation in c(x) produces measurable redshift without spatial expansion.
Accomplishments Discover the groundbreaking discoveries and achievements resulting from the E∞ theory.
Features Learn about the key features and unique aspects of the E∞ approach to gravity.
Applications Learn about What the concepts mean to the physical world.
Implications Explore the profound implications of E∞ for the field of physics and beyond.