Dark Energy with Correlations to Gravity

J. B. Hohner


Current theories of “dark energy” apply an energy component to empty space.  Because of our established understanding of equivalence of mass and energy, this “space/energy” postulate extends an equivalence of mass to space.  Evaluations of General Relativity allow us to explore the equivalence principle and how it can be integrated with the “dark energy” model of space and gravity.  Simply stated, can graviton theory be integrated with dark energy and yield a “space” that imparts inertial force to mass while maintaining compatibility with both General Relativity and Newtonian gravity?

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