Please keep us updated. Especially about the doughnuts

That's nuts

It's factors of 2 starting from some useful bins for dealing with neutron stars. It's nothing fundamental about the detectors.

Boo-bles?

It shouldn't have any in theory. That's why people are checking. It is quite hard to measure

If gravitons have mass, different frequencies would travel at different speeds. We'd have dispersion. This would distort the signal. From the lack of distortion, we have better bounds on the mass of the graviton than the mass of the photon.

Yes, the amplitude of the signal is set by the masses of the black holes. So for a given pair of masses there is a maximum distance we can detect to.

That doesn't directly put any constraints on the graviton, but we can check whether the signal matches predictions

*2020. Time hasn't moved that fast