Background tone whilst reading: https://www.youtube.com/watch?v=wwNJ34RP_xc&list=UUjt7bEwtlk6A6f_CiY2ZOlQ
However, push hard enough, and this invisible opposite force becomes greater and begins to crush. It slows time and space and with greater compression resistance, prevents mass from reaching light speed. Now we ask, if gravity were a property of matter then what could be pushing back with an opposite force?
Think of it; if a spacecraft accelerated toward to speed of light, the opposite reactive force would flatten astronauts between two gravity push forces. Did I mention being an astronaut is my dream job?
Well now you know. Anyways, gravity cannot be an attraction force, but is more correctly identified as a push force. Capable scientists beginning as early as Newton's time have considered this possibility, in various versions.
Consider push-gravity in the following two-dimensional analogy. Imagine a river current flowing against a small rock, which blocks and weakens the flow that otherwise would have pushed against a bigger rock immediately downriver. The partial "vacuum" of current between the two would increase the net push current force against the smaller rock and push it towards the bigger one. From this analogy, we might see why a perpindicular-to-the-surface gravity force might push a smaller mass toward a bigger one in accordance with Newton's inverse law. Beyond the partial vacuum of gravity that gives the illusion of "attraction", lies the limitless compression potential of gravity flowing frictionless, collisionless etc.
What we percieve as pull-gravity is universal gravity curving as the local push of space-time curvature. While universal gravitation is everywhere uniform, it is the relative absense of universal gravity between celestial bodies that gives the illusion of attraction
More theories on gravitational force in a uniformed matter in our galactic universe coming soon... I just have to find the time to write these. Hope you enlightened yourself with this blog post.
-Usama S



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