Gravity waves could not even be detected so far; I doubt there are any serious proposals to modulate them.
Wiki User
∙ 13y agoLight waves do carry energy, and when oscillated light can carry information.
yes
The moon's gravity causes waves and tides to rise. During a period called 'high tide', the moon is closer to the Earth than usual, and the result is that it's gravity causes ocean waves to be higher than normal.
The Gravity field between Earth and the Moon effects the waves and causes high tides and sometimes pushes the waves
Gravity on the sun is so strong it holds the eight planets, the Earth's gravity is only strong enough to hold the moon in place and stop its self from being sucked into the sun, The moon's gravity only stops its self from crashing into the earth but is not strong enough to not cause large waves sometimes. At least that's what they said in science class.
Electromagnetic waves; gravity waves.Electromagnetic waves; gravity waves.Electromagnetic waves; gravity waves.Electromagnetic waves; gravity waves.
Gravity waves have nothing to do with tornadoes.
Electromagnetic waves, gravity waves.
Electromagnetic waves.
Yehuda Agnon has written: 'Nonlinear diffraction of ocean gravity waves' -- subject(s): Ocean waves, Gravity waves, Surface waves, Nonlinear waves
Gravity waves travel as small distortions in space and time.
Electromagnetic waves. Or gravity waves.
William J Plant has written: 'The gravity-capillary wave interaction applied to wind-generated, short-gravity waves' -- subject(s): Mathematical models, Wind waves, Ocean waves, Gravity waves
Light waves do carry energy, and when oscillated light can carry information.
yes modulate is indeeda verb
Friedwardt Winterberg has written: 'The modes of internal magneto-gravity waves' -- subject(s): Gravity waves
There are two entirely different meaning of waves produced by gravity. In oceanography they're called tides. In astrophysics they're called gravitational waves.