I'm still waiting for some form of physical proof this imaginary gravity exists. You say it's real, prove it. I'm simply giving you the same exact expectations you are giving others. So let's see it addone. Show me gravity in the flesh
https://i.imgur.com/RC8azVv.jpegGravity never claimed to be a physical you cannot see it in the flesh lmao unlike jesus claim
So you cannot prove gravity with a photo at least not with our current technology. No gravity is proven with its relation to bodies of mass. For example you can jump off a bridge and you will experience gravity, try it dont just take my word for it.
Here i copy pasted a more detailed explanation below
Everyday Observations: The most immediate evidence is that objects fall toward the Earth when dropped. This consistent behavior—like an apple falling from a tree—demonstrates a universal attraction between masses.
Cavendish Experiment (1797): This was the first laboratory experiment to measure the gravitational force between two small masses. Henry Cavendish used a torsion balance with lead spheres to detect the tiny gravitational pull, confirming Newton’s law of universal gravitation and allowing the calculation of the gravitational constant, G.
Planetary and Celestial Motion: The orbits of planets around the Sun, moons around planets, and stars within galaxies all follow predictable paths that match the predictions of gravitational theory. For example, Newtonian gravity accurately predicts planetary orbits, while Einstein’s General Relativity explains anomalies like the precession of Mercury’s orbit.
Modern Confirmation: Space missions, satellite trajectories, and precise timing in GPS systems rely on gravitational models. If gravity did not exist as described, these technologies would fail.
General Relativity: Einstein’s theory describes gravity not as a force, but as the curvature of spacetime caused by mass and energy. This has been confirmed by observing gravitational lensing (bending of light by massive objects), gravitational waves, and the precise motion of objects in strong gravitational fields.
In short, while gravity cannot be "proven" in a philosophical sense, its effects are consistently observed, predicted, and verified across scales—from falling apples to distant galaxies—making it one of the most well-established principles in science.