"Laser-induced Magnetization of Iron-Vanadium Alloy Unveils Promising Phenomenon"
Researchers have discovered that an iron-vanadium alloy can be magnetized using ultrashort laser pulses, similar to a previously studied iron-aluminum alloy. The laser pulses rearrange the atoms in the crystal, causing the iron atoms to move closer together and form a magnet. The phenomenon is not limited to specific material structures and can be observed in diverse atomic arrangements. This research opens up potential applications in magnetic sensors, data storage, and spintronics, offering a new approach to future computer technology.
