All the standard quantum paradoxes (double slit, Schrödinger cat, Hardy, three box, etc.) are resolved using the histories approach, or one might better say “tamed”: they are no longer unsolved difficulties casting doubt upon the reliability and completeness of the quantum formalism, but instead they illustrate striking differences between quantum and classical physics. In particular, there is no conflict between quantum theory and relativity: superluminal influences cannot carry information or anything else for the simple reason that they do not exist. In appropriate regimes (large systems, strong decoherence) the laws of classical physics provide a very good approximation, valid for all practical purposes, to the more fundamental and more exact laws of quantum mechanics.