What question did this study set out to answer?

The aim is to develop a theoretical framework that accurately represents fundamental physics and resolves existing cosmic discrepancies.

April 5, 2026Open Access

Unified Mechanics of Spacetime by David Earl Johnson Jr

Puntos clave

The aim is to develop a theoretical framework that accurately represents fundamental physics and resolves existing cosmic discrepancies.
Introduced a deterministic 190-proof mathematical framework
Developed a 6-Degrees-of-Freedom mechanical lattice
Eliminated the need for dark matter and dark energy
Held time constant during mathematical derivation
Tested mathematical results to 120 decimal places
Successfully derived fundamental particle masses
Resolved the Hubble Tension with new insights
Provided a framework that addresses various cosmic phenomena
Improved accuracy over traditional methods with fewer variables

Resumen

The Unified Mechanics of Spacetime (UMOS) is a deterministic, 190-proof theoretical framework that replaces the continuous spacetime manifold and probabilistic quantum fields with a discrete, 6-Degrees-of-Freedom (6-DoF) mechanical lattice. UMOS natively derives fundamental particle masses, resolves the Hubble Tension, and mathematically eliminates the need for Dark Matter and Dark Energy by reclassifying them as the physical impedance of the vacuum grid. The math of UMOS has more accurately represented reality with fewer variables, while holding time constant. Unlike General Relativity, UMOS recognizes the importance of holding time constant, and explains the effects of time dilation as effects of reality that have been overlooked. UMOS math has been tested to 120 decimal places and has solved the most difficult problems of all time. UMOS explains prime numbers, quantum mechanics, rotations of galaxies, among many other proofs. Additional completed proofs will be uploaded separately.

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