A typical black hole merger detected by LIGO is about 100,000 times further away than a local one would be, and 100,000 times smaller than a core one would be.
If the energies involved are 100,000 times greater, and being 100,000 times closer makes the apparent intensity 100,000^2 times greater, then that works out to being a quadrillion times easier to detect.
Is this right? If so, could you feel it?
If the energies involved are 100,000 times greater, and being 100,000 times closer makes the apparent intensity 100,000^2 times greater, then that works out to being a quadrillion times easier to detect.
Is this right? If so, could you feel it?
