This definition of space flight allows us to travel faster then light but now we want to talk about traveling even faster through interstellar space. What I have done is built a character model with the big bang and its potential velocity and wave of expansion. But now are masses of even a smaller size in a ship craft midfield interstellar space due to the vacuum and exempt electromagnetic affects like gravitation and' at a distance ' from matter. If we look at the propulsion values to atomic energy and Einstein's equations we discover that like the big bang event that curled dark matter into a wave expansion even existing today that it is not the capacity of atomic energy that will stop us from traveling faster then faster then light but it is the mass of the vehicle. Isaac Newton reviewed this fact in his work when he reviewed the facts behind 'dual acceleration '. Pushing a vessel with twice its mass propulsion engines. To him the vessel would travel twice as fast. Again we review Einstein's affect on this matter and discover the light constant or light speed limit. Quanta Physics has developed its theory that pushes the velocity rate of the vessel but not its atomic energy value.

To push the atomic propulsion value of a ship's velocity we have to look at the mass aspect like with the big bang event. It created a wave expansion that is pushing matter around in a circler orbit. This is done with space curvature the propulsion value from the cosmic egg's blast force that is even today expanding the Universe. According to these specifications. Velocity is equivalent with the force of atomical energy mass. If this is correct which it is. Then its not so much as exemption of the light constant traveling in empty space. But it is the craft-size and atomical mass propulsion volume that is not equivalent with reference to how fast a ship will travel is determined with. Using these specifications a ship can be designed to travel at speeds thought not possible.. Where at such speeds in space the ships acceleration measures to be close to equivalent with its deceleration haven warp dark matter into a wave and readjusting this quintessence wave back to its normal mass impression. This is called mass regeneration'.

With this in mind we find that it is not gravity in space that accounts for how fast an object or ship can travel but it's the amount of force applied to warping dark matter. A very good explanation of this affect is the Alcubierre Warp Drive. Even though the specifications are different then Quanta Physics references. He illustrates a close enough comparison of the event.

When we review Newton's description of things or mass at a distance we discover the distance between planetary stars and bodies is equivalent to the closest star being five light years in the distance. It would take five years to travel to this star traveling at the speed of light that which in physics is dependent to normal time. Traveling at quantum velocities or speeds faster then light is time abnormally. Time beginning to flow backwards on earth but not in the ship. Traveling even faster velocities then the Kawecki Constant that includes time variation. The abnormally to impress empty dark matter into a warp state using the force of velocity with acceleration and re-depressing this dark matter impression calculated by a ship's computer to determine depressurization of impressed warp dark matter to coincide with deceleration - or coming out of warp drive. The sole event of Kaweckian Warp Drive can be determined and timed at both ends of acceleration and deceleration to compensate for time intervals occurred at velocities of superluminal space-time travel.