a crude answer: waving spacetime doesn't cost energy. In the sense that, unless, there's a mass that is being oscillated or something of that effect, these waves can forever pass through the empty space without losing energy. However, the source of these waves are accelerated mass, which means you need energy to create the waves.
I agree with you, I realize my question has a problem, I should ask why gravitational wave can carry energy. Oh, I understand, because the spacetime waving will make the matter locating at spacetime have some "change", but will it cost energy? @mbhattacharya2532
Can you take a fresh look at the universe? PATENT 33869 An experiment is proposed, which is not difficult to understand, on the creation and study of super-powerful gravitational waves or the inconstancy of the speed of light in a vacuum. The choice is yours.
This is an incredibly clear explanation. Thank you!
This was super helpful! Thank you.
I have a question, spacetime does not contain mass or energy, why its waving costs energy?
a crude answer: waving spacetime doesn't cost energy. In the sense that, unless, there's a mass that is being oscillated or something of that effect, these waves can forever pass through the empty space without losing energy. However, the source of these waves are accelerated mass, which means you need energy to create the waves.
I agree with you, I realize my question has a problem, I should ask why gravitational wave can carry energy. Oh, I understand, because the spacetime waving will make the matter locating at spacetime have some "change", but will it cost energy? @mbhattacharya2532
38:36
Is it true that wavelengths of light will react faster than matter to the passage of a GW’s? That’s why LIGO works?
Can you take a fresh look at the universe? PATENT 33869 An experiment is proposed, which is not difficult to understand, on the creation and study of super-powerful gravitational waves or the inconstancy of the speed of light in a vacuum. The choice is yours.