The Holy Grail of Physics, the Grand Unification Theory just got a HUGE boost with this. The guys at the 2 LIGO sites will get the Nobel Physics award this year for sure.
We are pretty excited about the news here at my work. LIGO has over 200 of our capacitance sensors in their interferometer. The cap sensors play a critical role in the active seismic isolation system that is a part of the interferometer.
My knees, spine, most of my hobbies revolve around cheating gravity.
and, not least, the fact that without gravity or reactionless drives, you need atomic bomb levels of energy, released just a fraction slower, and under much more control, to go to orbit, and the rest of the Universe.
With a ( so far magic ) drive, you still need atom bomb quantities of energy, but not the insane speed of release of that energy, and without the megatons of reaction mass that is most, almost all, of the weight of any reasonable rocket ship.
I didn't read the article above, but the one I did read said it could detect the gravity of a single proton up close, and the gravity of a volleyball anywhere in the universe. This is amazing, and might be the best/most sensitive sensor humans have ever built. I mean, that's Star Trek/fantasy level of sensor sensitivity. Maybe we won't have to leave home to map the universe. At least, as it used to be.
I always thought a gravitation wave was shown when a fat person fell down, first their central mass hits the ground followed by a wave of other mass flowing past the central mass to the ground.
Am I the only one who mistrusts federally-funded agencies?
Did they measure a gravitational bump? Maybe. Can they conclusively say, "This was clearly from two black holes colliding, neato!" I highly doubt it. There couldn't be a trillion different causes for gravitational ripples? I just don't blindly buy into the "official story", especially when it's a brand-new technology, obtaining brand-new results that we know nothing about.
I'm skeptical too Jesse. Until the results are duplicated elsewhere, I'll recall the recent (2014) massive hoopla surrounding the "discovery" of polarized cosmic background radiation which supported the theory of cosmic inflation and gravity waves, but was later found to be the result of nothing more than space dust.
How folks figure they've accounted for everything that might affect the readings of such sensitive measurements is too much like over-eager wishful thinking. I've experienced the eagerness to accept early experimental results and simulation results that support desired conclusions. It's a very bad mistake. Ask the folks who failed to account for the space dust.