gravitational waves

“There's a project called LISA, which is aimed to launch in 16 years, 1617 years from now, and that will put a system, a triangular interferometer in space, which is several interferometers, and that will measure gravitational waves at around a millihertz”

“It happens to be that the waves that we're detecting and the waves which are easiest to detect are exactly in the human audio band. So the waves that you and I can hear with our ears, that's the whole frequency range for gravitational waves that we can detect.”

“We've not seen anything of that size since then, since that first one.”

“If they, I think if they had known how tough it would be, or that it was going to take fifties, five years to have success, probably no one would have started.”