No, this has nothing to do with moving faster than light. It is simply another type of matter - one that is very hard to detect, and that happens to be very common in the Universe.
First of all, the conditions you suppose in the question aren't possible. You do not go faster than the speed of light. But to answer the question, I would remind you that one of the most impoortant foundations of the Theory of Relativity is that no matter how an observer is moving, and no matter where the light is coming from, every observer measure the same speed of light. So no matter how you were moving, light from the usual sources would pass by you at the speed of light. (That's the speed you would measure as the light sailed past you.)
Dark Matter Moving at the Speed of Light was created in 2004.
Light. No ordinary matter can travel at or faster than the speed of light.
Teleportation is a theoretical concept and not currently possible. If it were to exist, it would likely involve moving matter instantaneously from one location to another, which could potentially be faster than the speed of light.
No, dark matter cannot be used as a slingshot for travelling faster than light. Dark matter interacts gravitationally with normal matter, but we have no evidence that it can propel objects faster than the speed of light.
If a beam of light strikes a perfect black body, it will be absorbed and, therefore, you will have been able to "stop light in air" as was asked. If your question is about stopping the beam and holding it in place in some way, you cannot. The speed of light is a constant, and will be found to be the same in any inertial frame. If you could measure the speed of a beam of light and were moving "along side" the beam to measure its speed, you'd find it a constant no matter how fast you were moving. Stopping a beam of light in air is not something that can be done as asked.
Dark matter does not move faster than the speed of light. It interacts gravitationally with other matter, affecting how galaxies rotate and clusters form, but it does not move on its own at superluminal speeds.
When matter absorbs light, the energy from the light is transferred to the particles in the matter, causing them to move faster and increase in temperature.
The Milky Way is the center of the visible universe, as the boundary where matter travels away from the observer faster than light is at a constant distance in all directions. The universe beyond this point is unobservable, as the spacetime is moving away faster than light.
There are some situations in which waves move faster than the speed of light; but in no case can this be used to transmit matter, energy, or information, at a speed faster than the speed of light in a vacuum.
According to the theory of relativity, it is not possible for anything with mass to travel faster than the speed of light in a vacuum.
energy is matter moving at the speed of light (e=mc2)