Band states in graphene multilayers have a 4-fold spin x valley flavor degeneracy. Recent experiments have demonstrated that ground states that break flavor degeneracy without breaking translational symmetry are common in the absence of a magnetic field when correlations are strong, just as they are in the quantum Hall regime. I will discuss properties of these flavor ferromagnets, commenting on the Fermi surface reconstructions and soft collective modes that they produce, and on the relationship to superconductivity