 Magic angle twisted by Laographine MATBG has been found to be capable of hosting three distinct orders, superconductivity, magnetism and topological order, which can be manipulated individually or combined together. This opens up the possibility of creating hybrid Josephson junctions, where the weak link between two superconductors is tuned by a gate voltage to a correlated insulating state with a more filling factor of minus 2. These junctions exhibit a Fraunhofer pattern with a magnetic hysteresis loop, which can be explained by the presence of both valley polarization and orbital magnetization. The effects are persistent even at temperatures as low as 3.5K, with magnetic hysteresis being observed down to 800 mK. Furthermore, the combination of magnetization and its induced current-driven magnetization switching allows for the creation of a programmable zero-field superconducting diode. This article was authored by J. D. S. Merida, the D. S. Carlin, S. Y. Young, and others.