In Newtonian mechanics, gravity is a force between masses. In general relativity, gravity is the curvature of spacetime produced by mass-energy. Both treat gravity as something mass generates. BFUT Paper 17 inverts this relationship.
Gravity is not generated by mass. The Spaticle field is already a gravitational medium. Mass introduces local deformation into this pre-existing substrate, and the deformation gradient is what we call gravity.
The Mechanism
A mass M deforms the Spaticle substrate - displacing the field from its equilibrium configuration. The ambient field responds with a restoring gradient: a second mass m at position r experiences a gradient of Spaticle density that produces a net force directed toward M. In the Newtonian limit (r ≪ R_eff):
Newton's inverse-square law is the small-distance limit of the substrate deformation response - not an independent physical law but a geometric consequence of spherical deformation symmetry.
Why Gravity Is Universal
Every other force has structural prerequisites. The strong force requires cooperative three-core condensations. Electromagnetism requires charge asymmetry. The weak force requires transformation topology. Gravity requires only mass. Mass is simply the energy of any condensation at any stage of development. Every condensation deforms the substrate, and every substrate deformation produces a gradient. There is no physical system that can escape gravity because there is no physical system with zero energy.
Gravitational Waves
Gravitational waves are propagating deformation waves in the Spaticle substrate. They travel at c because c is the substrate's maximum propagation speed - the same limit that governs light. This is why gravitational waves and light arrive simultaneously from distant events: both are disturbances of the same medium, both propagate at the same maximum rate. GW170817 confirmed this to one part in 10¹⁵.
Download BFUT papers, simulation code, and companion materials: vijayshankarsharma.com/downloads/