Both the light and the neutrinos were following the same path from CERN to OPERA. The neutrinos were detected at OPERA first. Surprise!
Now the two experiments
do contradict each other. Silly DeathDart
Since you are proving that you cannot understand what you read, I will put the important bit in
bold red just for you.
Game Over for Faster-Than-Light Neutrinos?.
The IceCube, Kamiokande and 1987 supernova results all say that any excess of neutrino speed over light speed is less than 5 parts per billion. The OPERA result is
at least 10,000 times greater than these.
Is the OPERA Speedy Neutrino Experiment Self-Contradictory?
Do you know the exact distance to 1987a to an accuracy of 1e-8? Do you know the time they began their journey?
So you don't know if BOTH the neutrinos and light broke your speed limit either?
I have not said that neutrinos can go faster than light, they can't.
Light could not travel the same path, a parallel path in surface fiber optics is not the same path. Something about the path is different.
That difference may cause the speed of light to increase.
The neutrinos were not traveling faster than light. You could not send light through the same path and you assume that the speed of light along the path was unchanged. Your argument is based on assumptions that you cannot prove.
We agree on neutrinos being incapable of traveling faster than light.
We do NOT agree that the speed of light is the same in all frames.
And in all frames light will beat the neutrinos.
You cannot prove that light would not beat the neutrinos because it is impossible to send a beam through rock. Even if the rock were perfectly transparent it would still slow the light down and allow the neutrinos their full velocity. Light is an EM wave and strongly interacts with matter, neutrinos do not, they hardly interact at all.
The neutrinos covered the distance faster then your
calculated speed for light.
You are incapable of proving that the neutrinos exceeded the speed of light along that path, without being able to send a beam of light along that path.
You assume a property for a framework, which you cannot prove.