Gravitational radiation

In physics, a gravitational wave consists of energy transmitted in the form of a wave through the gravitational field of space-time. Gravitational radiation is the overall result of gravitational waves in bulk. The theoretical treatment of gravitational waves is governed by general relativity. The Einstein field equations imply that any accelerated mass emits gravitational radiation, travelling at c, similar to how the Maxwell equations describe the electromagnetic radiation emitted by an accelerated electric charge.

Related Topics:
Physics - Energy - Wave - Gravitational field - Space-time - General relativity - Einstein field equations - Mass - C - Maxwell equations - Electromagnetic radiation - Electric charge

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Gravitational waves should not be confused with gravity waves in hydrodynamics.

Related Topics:
Gravity wave - Hydrodynamics

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