Bechelaghem's Theory of Cosmic Push in the Mass Vacuum – ΔM

In classical physics, gravity is considered the fundamental force that pulls objects toward massive bodies. From Newton’s apple to Einstein’s curved spacetime, the dominant view is that mass attracts mass. However, the Theory of Cosmic Push presents an alternative: > Objects don’t fall because they are pulled — they fall because the universe pushes them toward mass-induced voids. This theory introduces a new perspective where mass-vacuum imbalances in space create regions of pressure difference. The result? A cosmic push — a universal force that acts not by pulling, but by driving bodies toward balance. The Core Idea All massive objects distort the surrounding vacuum in space. This distortion creates an imbalance — a void or deficit in the local mass-energy distribution. The surrounding space responds by pushing matter toward that void, much like atmospheric pressure pushes objects into a vacuum on Earth. The more massive the object, the greater the void it creates — and thus, the stronger the cosmic push.