Um, no. There's nothing magic about 1 TeV. It's not a barrier.
Mach 1 was a barrier, because the aerodynamics is very different for a plane flying faster than the speed of sound. This means that new design principles had to be worked out. But nothing magic happens when you ramp up from 0.999 TeV to 1 TeV other than the flying champagne corks.
Likewise, new principles (optical proximity correction and phase shift masking) had to be invented so that we can manufacture ICs whose feature size is smaller than the wavelength of light (UV actually) used to expose the masks. That's an example of a barrier being broken.
But Slashdot should disallow the use of the word "barrier" just because a round performance number has been bettered. Alternatively, we can all just mock the editors every time they do it; you decide.
The bar for skeptics is always going to be higher. Otherwise we'd have to rewrite the chemistry textbooks every time some student messes up his lab assignment, because this will produce data that contradicts the theory.
Likewise, under GPLv3 the copyright holder can give you additional shots to get the license back.
It's important to remember that the copyright holder's powers go beyond the terms. This does create problems for projects with hundreds of copyright owners, like Linux: if you violate the copyright, you apparently need the forgiveness of every Linux copyright owner, or, in the case of the dead contributors, their heirs, or you can never distribute a Linux kernel again (I suppose you could try to make a cut-down kernel without the contributions of the more unforgiving developers). Some might see this as a feature rather than a bug, though.
GPL code can import BSD code; it's only improper if the copyright notices are stripped off (which has happened, so you're right about that).
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