The electron and muon g/2 factors are currently known to two terms: 1 - (alpha)/2(pi). The author, in this paper, shows how to increase the accuracy by an infinite series of terms for both electron and muon g/2 factors. The terms are calculated from a new model of particle physics. A brief synopsis of this model is presented in this paper. The model is a boson-aether theory of particle physics. In the model, symmetric smooth particle distributions cannot have detectable spin. Charge is divided into 1, 1/2, 1/4, and 1/8 times e, rather than 1/3 and 2/3 times e, as in quarks. Orbiting charges in particles form current loops. There are two ways to increase the current in the loops: 1) make the charges travel faster, and 2) make the loops smaller. Nature appears to employ the latter in the hierarchy of particles. All particles are miniature black holes. Each higher order particle is smaller?a higher order black hole. In all particles with orbits, the charges orbit at light speed c?at the event horizon of the black hole. However, the addition of gravitational radial aether velocities makes the total speed of the charges hyper-optic. Hyper-optic speed charges have their forces reversed due to relativity, making like charges attract. The model, if tested and proved, would largely impact physics.
