Cosmology of Space Elasticity (CSE) - A Continuum-Mechanical Unified Field Theory Resolving Dark Matter, Dark Energy, the Hubble Tension, Revealing the Origin of Inertia and Acceleration, and Unifying Gravity with the Strong Interaction
Unified field theory demonstrates a continuum-mechanical origin of key cosmological phenomena, implying new insights into gravity and cosmic evolution.
Key Points
To develop a continuum-mechanical framework that addresses dark matter and dark energy, explaining phenomena like the Hubble tension, and unifying gravity with strong interactions.
Introduced a continuum-mechanical interpretation of space as a viscoelastic medium.
Derived a generalized field equation incorporating the properties of the spatial continuum.
Proposed a Dual Expansion framework to analyze the evolution of spatial continuum and matter.
Derived a continuum-mechanical explanation for Hubble tension without needing dark energy (P<0.05).
Explained flat galactic rotation curves without dark matter, attributing them to continuum mechanics (P=0.001).
Established a connection between strong-force stress transfer and gravitational dynamics across astrophysical scales.