While most magnets have two poles (north and south, or positive and negative), recent advances in quantum mechanics have revealed an “octupolar order,” writes Phys.org, where a pattern of particles in a crystalline structure “behaves as if it has eight magnetic poles rather than the familiar two.” Now, a team led by quantum physicists at the University of Toronto has established a new method for observing quantum magnetic states using light to probe the atomic vibrations produced as electrons spin. The work is a critical first step toward harnessing multipolar magnetism for practical technolog