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AI Overview - Gemini Static gravitational fields do not propagate in the way that waves do. They are considered to be instantaneously present wherever their source is, and they move with the source as it changes position, but they don't travel outwards from the source in a wave-like manner according to some physics forums. However, changes to a static gravitational field do propagate at the speed of light, and these changes are what we call gravitational waves according to Caltech (Tapir). The ansawer I think should be considered: I think It has incorrectly suggested that static gravitational fields are “instantaneously present wherever their source is,” and that they “move with the source,” referencing institutions such as Caltech’s TAPIR group. This interpretation is misleading and contradicts the core principles of General Relativity. While it is true that static solutions like the Schwarzschild metric describe time-independent gravitational fields, the field itself is not an object that travels or is emitted — it is the structure of spacetime geometry shaped by matter-energy content. Changes to this field, such as the disappearance or motion of mass, propagate at the speed of light. Caltech TAPIR and similar institutions emphasize this causal structure, consistent with the Einstein field equations. Misquoting such authorities contributes to the spread of Newtonian misconceptions in a relativistic context. This paper aims to clarify that gravitational influence — even in static scenarios — is part of a causally consistent geometric structure, not a force transmitted instantaneously across space.

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