Kenneth Burch
Precise control of electronic charge at the nanoscale has been crucial in creating new phases of matter and devices. Here I will present results on the 2D magnet RuCl3 that demonstrate it is able to induce large charge on short length scales in other materials. I will discuss its ability to work with various systems, and potential for control via relative twist angle. I will also review the limitations of this technique in terms of ultimate charge doping and homogeneity. Time permitting I will briefly discuss the unique magnetic excitations in this system useful for topological computing, and implications for heterostructures of RuCl3 with other 2D magnets.