The muon has been a source of interesting physical phenomena ever since its discovery which prompted Nobel Laureate Isadore Rabi to exclaim, ``Who ordered that?'' The anomalous magnet moments (g-2) of (first) the electron and (now) the muon have provided evidence of the spectacular success of quantum field theory. However, for over twenty years there had been about a three standard deviation tension between the experimental measurement of the muon g-2 and the Standard Model calculation of its value. In April, 2021, E989 the Fermilab g-2 experiment announced its initial result. This resulted in a 4.2 standard deviation between theory and experiment, not quite the 5 standard deviation difference to declare evidence for new physics beyond the Standard Model. We will discuss the plot twists in theory and experiment that happened since then.