It was from areasys' thread
http://sciforums.com/showthread.php?t=110089 where I urged him to join this one.
The framework I was talking about is the theoretical framework of relativity + quantum mechanics + particles = relativistic quantum field theory and this encompasses QED (the successor theory to Maxwell's Electromagnetism), Electroweak theory and Quantum Chromodynamics (the successor theory to the "nuclear strong force") which together make up the standard model of particle physics (which includes neutrinos as they are currently understood). If neutrinos are FTL and localizable and move faster at higher energies, then not only would they exist outside of current understandings of relativistic quantum field theory (and therefore outside of any simple modification of the standard model of particle physics) but the 1908 concept of "space-time" possibly would not survive the upheaval required.
"Space-time" is only a good theoretical concept if the symmetry preserved by local Lorentz transformations is dependable, and to date it has been utterly dependable. So far we have just one claim of observation of FTL neutrinos based on a lattice of measurements. Ideally, people will check all the measurements and calculations and attempt replications of similar or better statistical strength. Only then would this claim of observation rise to the level of fact. But if confirmed as fact, then existing theory would be wrong and we might have to wait a long while before a unified theory can replicate all the successes of the current framework
and include FTL-signalling neutrinos -- that's the scientific standard of a successor theory.
So since if FTL-signalling neutrinos are assumed as fact, the theoretical framework of space-time which started about 1908 may turn out to be unreliable, its nonsensical to talk about it as a physical thing until you have a successor theory that preserves the concept. And if FTL-signalling neutrinos are assumed to be factually untrue, then it is impossible for the current observation to have any impact on the theoretical framework of physics. As neither assumption has been demonstrated, the scientific thing to do is to pursue truth with research, experiment, observation and education.