Slow Electrons Discovered in 2D Material Could Enable New Memory Devices

Slow Electrons Discovered in 2D Material Could Enable New Memory Devices

Scientists have discovered an unusual electronic state in the two-dimensional magnetic material Fe₅GeTe₂, where large groups of electrons move collectively at exceptionally low effective speeds while retaining quantum coherence. The finding challenges established theories of how electrons should interact in the material and could eventually lead to a new generation of memory devices that combine magnetic storage with quantum behavior. The study,…

Discovery of 'slow' electrons in 2D material could lead to new memory device

Scientists found a quantum phenomenon in a two-dimensional magnet that could be relevant for memory storage.

A Tiny 50°C Change Could Transform the Future of Magnetic Data Storage

A temperature difference of just 50°C can determine whether an ultrathin magnetic film stays smooth or begins breaking apart, according to new research that could help scientists design better materials for future data storage. Magnetic materials are essential for technologies such as hard disk drives and magnetic random-access memory, or MRAM. These devices store information […] The post A Tiny 50°C Change Could Transform the Future of Magnetic…