Wednesday, February 4, 2015

The Quanta Physics How to Travel Faster then Light Summary

Albert Einstein asserted that gravity in space is traveling at the speed of light
by: Rodney Kawecki 2015.0204
Newton's Second Law
    In any other case the total kinetic energy has a non-zero minimum. We observe the cosmos and the galaxies moving away from us – is the bullet passing an observer has kinetic energy in the reference frame of this observer. The same bullet is stationary from the point of view of an observer moving with the same velocity as the bullet, and so has zero kinetic energy.  The universe surpasses itself with a cosmological constant of zero gravity. Since the galaxies are moving away from each other , the observer from one of these galaxies traveling towards another gains no kinetic energy.

   Where on a planet the kinetic potential of energy loss is contradicted by its mass energy potential, in space is over laced as a kinetic energy source for gain. The interacting between mass potential at rest and kinetic mass gain are contradicted by the potential mass equaling c and its interacting kinetic values equal to c where the loss is between the interaction is measurable at r which is its gravity.(without reference to speed) The ship accelerates gaining acceleration in a field that is already moving at light speed. He accelerates with a rest mass energy conservation measuring zero but having the potential of c energy already enabling him to travel close to the speed of light racing with the force gravity is traveling before any kinetic energy over exceeds him balancing with his ship’s center of mass.  
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