Quantum Gravity, May Not Be The Right Question.

To get sensible answers one must ask the right questions. ``How can we quantize gravity'' may not be the right question to ask if our goal is to unify quantum field theory (QFT) with general relativity (GR). The right question may be how can we relativize quantum field theory. The best and brighest physicist of the last 80 years have tried to answer the quantization question and gotten answers that while interesting, like loop quantum gravity and string/M theory, have not be accepted by all as being the answer. In this talk it will be proposed that the better question to ask is how can we realtivize quantum field theory. Relativization means to make a theory comply with Einsteins relativity. QFT is a result of the relativization of quantum theory. Quantum gravity would be the result of a sort of reverse relativization of General Relativity so we can quantize it. It may be that nature does not work that way. It may be that the unified theory of GR+QFT will be realtivized. In this talk I will briefly state the five axioms of realtivization, and show how to write the relativized standard model and use it to make predictions for particle physics and astrophysical observations.