Gravitational waves can be analyzed similarly to light or water waves, particularly regarding their interactions. When two gravitational waves intersect at their maximum amplitude, they would produce cumulative effects, leading to increased distortion of objects. Conversely, if a wave crest meets a trough, the effects could cancel out, resulting in no net distortion. This behavior highlights the wave-like nature of gravitational waves, which alternately compress and stretch objects. Understanding these interactions is crucial for grasping the implications of gravitational wave phenomena.
