Abstract
This article introduces the black holes as one of the most important objects in the universe, the existence of BHs has an important impact on the generation of GWs. GWs are ripples caused by changes in the curvature of space-time, and their source is closely related to the accelerating motion of large celestial bodies. This paper discusses the role of GWs in the evolution and development of black holes, and analyzes the effects of black holes with different masses and spins on GW signals. By analyzing data captured by GW detectors, we have revealed how merger events between black holes provide important information about the nature of BHs and the evolution of the universe. In addition, the potential contribution of future development of detection techniques to deepening the understanding of the relationship between BHs and GWs is discussed. The results show that BHs are not only the source of GWs, but also an important window into the deep structure of the universe.
Published Version
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