So, if you can solve the problem of the particles in front of the ship, how are you going to solve the problem of requiring infinite energy to reach the speed of light? This is due to the equivalence between gravity and acceleration - an old fashioned way of putting it is that the faster you travel, the more your relativistic mass increases, and as you approach the speed of light your relativistic mass approaches infinity - thus you require infinite energy to actually reach the speed of light.
This means you cannot actually reach the speed of light.
But if you can solve the problem of particles in front of the ship, which, at relativistic speeds, would be turned into hard radiation sleeting through the ship, you might be able to devise a way to reach a speed that is perhaps a significant fraction of the speed of light.]
But what is the limiting factor of traveling the speed of light and faster?
(Sensor module enhancement)
The main limiting factor is gravity as gravity is what defines the speed of light. With limited or hardly any gravity present there would not be any force to pull upon the ship as the ship leapt from light normal speed to light speed. The only question is what velocity does gravity travel at? Gravity has to have a velocity of travel in order for gravity to affect the travel of a light photon, otherwise when an engertic reaction occurs that would create the photon the photon would not have a limiting factor of traveling at the speed of light which is 299,792,458 meters per second. This means that at the conception of the photon the photon would be traveling faster then the speed of light but because of the energetic properties of gravity, gravity would affect the overall velocity of the the speed of light, which could possibly make gravity electromagnetic in nature. As the photon is accelerated away from it's point of conception gravity would affect one of the wavelengths of the photon. Take a look at the gluon model located here
http://en.wikipedia.org/wiki/File:Feynmann_Diagram_Gluon_Radiation.svg you'll notice that one of the e's are of a positive value with the other two value's (e-, q-) both being negative in their value's. What this gives us is a 2:1 ratio of postive and negative values. Since gravity does affect the speed of light which is observeable in how light is affected by a blackhole means that gravity must be of negative value. We know that like magnetic charges repel each other opposite charges attract each to each other. When the photon is conceived gravity would force the two two negative values of e and q away based on the mangetic repulsion of like charges. This energetic reaction would force the photon away at 2
C or 599, 584,916 meters per second, but since there is a positve value or e+ gravity would attract the positive value to the - value of the gravitational wavelength thus reducing the forward velocity of the light photon to
C or the speed of light which is 299,792,458 per second.
In empty space, the photon moves at c (the speed of light) and its energy and momentum are related by E = pc, where p is the magnitude of the momentum vector p. For comparison, the corresponding equation for particles with mass m divided by gravities affect upon a negative value of the particle by increasing the forward velocity of the negative particle(s) would be divided by the number of postive particle values that would be affected by gravity that would reduce the overall forward velocity of the along a vector in an area of gravitated space.
/E^{2}=p^{2}c^{2}+m^{2}c^{4}
Vg = Delta x = (
cp^-) (c is equal to 299,792,458 mps X the total number of negative value particles)
________ divided by
( np^+) (n = total number of particles with a positive value
________
Delta t = 1 second per meter (total amount of distance traveled at one second intervals.
At first I thought that the defining factor for faster then light travel was the amount of hydogen that would build up around a ship going as fast as light, then I thought gravity affects light and light can be seen at very far distances meaning that light photon's are the particle that is most present throughout the universe. The particle does not have mass but it does have an energetic field around it that would affect a ship traveling to and faster then the speed of light just as gravity affects the forward velocity of a photon. This is because as the ship reaches light speed the ship will have obtained the same velocity of gravity affecting the photon which would cause the light photon's energy to build up in the same manner that the hydrogen and other atom's built up a force of resitance upon the ship as the ship accelerated faster and faster occupying more space where the particles at each interval of length occupied would add a force of resistance to the forward velocity of the ship.
So another aspect of the BRA would be that it would somehow have to be able to deflect the atom's in it's path away or around the field as well as being able to deflect around the field the light photon's that permiate space-time much in the same manner that the Earth's EM field deflect's the Sun's harmfull rays around the Earth.