Meerio said:Also does anybody have a body paper or webpage which explains the properties at a detailed level?
Meerio said:could you please move the thread up a level?
The frequency of GW arm length change refers to how often a gravitational wave causes a detectable change in the length of the arms of a gravitational wave detector, such as the Laser Interferometer Gravitational-Wave Observatory (LIGO).
The properties of GW arm length change include the amplitude, frequency, and duration of the change, as well as the direction and polarization of the gravitational wave.
GW arm length change is measured using interferometry, which involves splitting a laser beam and sending it down two perpendicular arms of a detector. If a gravitational wave passes through the detector, it will cause a slight change in the length of the arms, which can be detected by measuring the interference pattern of the returning laser beams.
The frequency of GW arm length change can be affected by the distance and mass of the objects that are creating the gravitational waves, as well as the orientation and strength of the waves themselves.
Studying the frequency of GW arm length change can provide valuable information about the sources of gravitational waves and the nature of gravity itself. It can also help us better understand the universe and the events and objects that create these ripples in spacetime.