P-Wave Magnetism: MIT's Breakthrough that Could Transform Computing At MIT, the direct observation of p-wave magnetism , a newly identified form of magnetism that could redefine the landscape of data storage and processing through spintronics. Understanding P-Wave Mag... magnetism materials science memory devices MIT nickel iodide physics quantum technology spintronics
MIT Physicists Unveil a Superconductor That Doubles as a Magnet MIT physicists have turned a once-unthinkable scenario into reality by discovering a “chiral superconductor” that is also intrinsically magnetic. Even more remarkable, this quantum phenomenon was foun... graphene magnetism materials science MIT research quantum physics superconductivity topological materials