Gravity Without Pulling: A Cavendish Experiment Reframed Through AMS
Gravity Without Pulling: A Cavendish Experiment Reframed Through AMS Most explanations of gravity lean on a familiar phrase: mass attracts mass . It works well enough for calculations, but it leaves an uncomfortable gap in intuition. What is actually doing the pulling? And why doesn’t everything constantly fly together? A classic Cavendish-style experiment exposes this tension beautifully. Viewed through the Aetheric Magnetic Substrate (AMS) lens, the experiment becomes not mysterious at all, but mechanically obvious. This post reframes the experiment using AMS, without breaking the parts of physics that already work. The Experiment, Simply Stated We begin with a balanced system: A horizontal bar, free to rotate Identical lead balls on each end Perfect symmetry, no preferred direction Nothing moves. Now we introduce change: Additional lead balls are placed near one side The bar begins to rotate A tiny force becomes measurable In a related setup: A small lead pyram...