Gravitational forces, like electromagnetic forces, are believed to propagate at the speed of light, mediated by hypothetical particles called gravitons. However, the scenario of the Sun disappearing cannot be accurately analyzed within the framework of General Relativity, as it violates the laws of physics. Instead, discussions often focus on more feasible scenarios, such as the propagation of gravitational waves from events like black hole collisions, which do propagate at light speed. The complexities of General Relativity make it challenging to define changes in gravitational fields in a straightforward manner. Ultimately, the propagation of gravitational effects is constrained by the principles of relativity, emphasizing that any changes in gravitational influence must adhere to the speed of light.