Superentanglement: Unification of Quantum and Classical Physics

We postulated based on widely accepted principles, reinterpreted mathematical equations, and worked from a bottom-up approach, rather than a top-down approach in an attempt to gain a greater understanding of various universal phenomenon. Accordingly, in order to solve for the anomalies presented by quantum physics, we applied these reinterpreted postulates to collapse of the wave function and quantum entanglement using models based on Euclidian geometry. We further applied this premise and determined entanglement leads to gravity, time, mass, velocity, particle spin, as well as the subatomic and atomic structure, confirming our hypothesis the universe is simultaneously local and non-local.