Why is this faster than speed of light neutrino at CERN so close to C

Why is it that they think this neutrino in clocking in at speed just a little bit over the speed of light?

Why not 10 times or 100 times the speed of light?

I know this reasoning is not scientific or empiric, but because this neutrino is traveling oh just a tiny bit faster than the speed of light, I think they have it wrong.

Speed of light is still the maximum an object with mass or information can travel.

Anyone see the "logic" of my argument?

At this point there are still a lot of verifications that must take place before anything definitive is known. But I believe it makes perfect sense that the light barrier was broken by such a small percentage. From what we know, it takes an infinite amount of energy to accelerate an object with mass to the speed of light. This tells me that there must be some mechanism that the neutrino was able to "access" in order to break the light barrier. Passing the light barrier must take an enormous amount of energy, or to get to a place where the speed of light is faster than our normal spacetime continuum to make it seem like it broke the light barrier. Something akin to what we see in Star Trek, if you are familiar with that. So, I would guess that in a natural setting the energy available to reach this condition is limited.