This is a great point, I did not know this was possible. Thanks for the clarification. Here is some important context from your second link: "However, one property has so far been elusive: magnetism. " Here is another link: https://www.sciencedirect.com/science/article/pii/B9780081021545000059#:~:text=Graphene%20is%20intrinsically%20nonmagnetic%20as,electrons%20and%20generate%20net%20spins. Context: "In the past decade, such theoretical predictions have been verified by two persuasive experimental results: (1) introducing point defects can undoubtedly and effectively induce the magnetic moments in graphene, and (2) the spins distributed at the different sites on the graphene basal plane can couple (anti)ferromagnetically to form spin clusters. Although the precise control of the distribution of abundant spins in graphene is still tremendously challenging, the spintronics application of graphene-based materials is promising." Or, in other words, graphene is still not naturally magnetic. Thanks for the heads up on that.