shivakumar
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Can gravitational force have influence at objects at infinitely long distance? Is gravitational force in the form quantum packets?
The discussion centers on the influence of gravitational force on objects at infinitely long distances, referencing Newton's law of gravity, expressed as F = GMm/r², which indicates no limit on the distance (r). It also mentions the Schwarzschild metric in general relativity, which similarly imposes no restrictions on the r coordinate. While classical models suggest that gravitational influence can extend infinitely, the propagation speed of gravity, which is the speed of light, implies that any effect at such distances would take an infinitely long time to manifest, rendering it practically negligible.
PREREQUISITESPhysicists, astrophysicists, and students of gravitational theory who are interested in the fundamental nature of gravity and its effects over vast distances.
Newton's law of gravity is ##F = \frac{GMm}{r^2}##. There is no limit on the size of ##r##.shivakumar said:Can gravitational force have influence at objects at infinitely long distance? Is gravitational force in the form quantum packets?
Since gravity propagates at the speed of light, an infinitely long distance will take an infinitely long time. The original cause will be gone, long before the infinitesimal effect begins to be felt at an infinite distance.shivakumar said:Can gravitational force have influence at objects at infinitely long distance?