Energy Values of Spacetime / Idea For Warp Drive

This was my first thought towards Solving Dark Matter was that it was simply a inequality in mathematical estimations for gravitational forces of Galaxies.

  Amplified Gravity, Time Dilation, Unified Theory.

  Unified Theory, or in other words, completing einstein's search for how general relativity "gravity" and quantum mechanics relate, is a large threshhold to cross. My first thought that made sense was not to think of it as a tangable object, instead I pictured a light beam travelling across space-time, and realized that due to lights maximum moving velocity there must be an engertic content to spacetime itself. Then if you follow that thought, you would find that without energy; gravity, space, mass and time do not exist. The idea of a universal constant is what einstein originally leaned upon in his equations, he left it as a variable that could not be fully explained at that time, wherever; i find that it is most likely this universal constant is actually, energy becoming a part of space-time itself over time, and if anything else, in combination with left over atomic building blocks from the big bang that are gravitaionally attracted to polarized, energized matter. This make sense in a way, because almost everything we see in the universe with stars. That being said, let's back up, and look at what we have studied on earth so far.

  On earth:

  The Gravitational Mass of a Body is exactly equall to it's inertial mass.

  Extensive testing over the last century on earth shows this to be true for our local spacetime.

  We have not tested this in energetically dense spacetimes.

  Special relativity implies that the inertial mass of a physical system increases with the total energy of the system.

  What effect would there be on the inertial mass of a system in energetically dense space times, greater that pi for example, such as in star clusters, galaxy clusters, or star systems with greater energetic masses than our earthlike solar system?

  Even pure light has a relative energectic mass as shown by its maximum moving velocity throughout space time.