Scientists already agreed that Einstein's theory wasn't complete, as it was not able to explain black holes. They say "it stops at event horizon". Also, it doesn't apply to very small particles on quantum level, so still a lot to be "broken" and discovered... so, breaking the Universal Speed Limit won't be such a surprise (to me) as there are many, many, many things that we still don't know about.
What is also interesting (to stretch this subject even more) is that there are two theories about the end of the Universe, Big Crunch and Big Freeze... but none of them mentions anything about black holes and their role in it. We know that if Universe continues to spread it will stretch apart (don't know the exact english word for it) all the matter to it's tiniest bits, as this stretching is stronger than gravity (as much as we know today). But what about black holes? Their force of gravity is much, much, much larger than anything we know and understand today. Will they play a part in confronting the forces of stretching? Is their immense force of gravity strong enough to change those two scenarios?
On topic:
Scientists recently discovered a
new, possibly habitable planet 36 light years away that is on just the right distance from its star to be able to hold liquid water. It is 3.6 times the mass of the Earth but only 1.4 times its gravity, which means it can hold the atmosphere too. Its solar system is a billion years older than ours, so it is very possible that this planet held life long before Earth did... meaning a billion years more for intelligent species to evolve.
Existence of life is not proven yet, but chances for that are big.