What is the wave length of gravitational waves?

If you keep these differences in mind, you can understand gravitational waves in much the same way as electromagnetic waves. They can exist at any wavelength. They move at the speed of light. How many there are at a given wavelength depends on how many processes there are to produce them. read more

They are like the long-wave-length modulated signal that we impose on a carrier wave of much shorter wave length in FM radio transmissions. In my opinion, gravitational waves are waves of a much shorter wavelength that, like X-rays, can easily penetrate matter. read more

The sources of gravitational waves described above are in the low-frequency end of the gravitational-wave spectrum (10 −7 to 10 5 Hz). An astrophysical source at the high-frequency end of the gravitational-wave spectrum (above 10 5 Hz and probably 10 10 Hz) generates [clarification needed] relic gravitational waves that are theorized to be faint imprints of the Big Bang like the cosmic microwave background. read more