Formal Unification of Gravity and Particle Physics in Lagrangian Euclidean Space with Experimental Predictions

Presenting an alternative to quantization of General Relativity then unification with the Standard Model. That basic program has consumed countless person years of brain power from the worlds brightest minds. Instead, we try relativization of the Standard Model of Particle Physics, write it in a form that is compatible with General Relativity. Then treat the Lagrangians of General Relativity, the Standard Model and a placeholder for dark matter as coordinates in a 3D space of Lagrangians. From this point standard mathematical tools of modern physics are used to make predictions. Predictions such as computing the limits of, and corrections due to, gravity or quantum effects. These are in areas as diverse as particle physics, gravitational wave physics, and dark matter searches.