Revolutionizing Memory: Atomic-Scale Crystal Defects Unlock New Storage Potential
2025-02-14
Researchers at the University of Chicago have achieved a breakthrough in classical computer memory efficiency by harnessing crystal defects. They created memory cells from single missing atoms within a crystal structure, each capable of storing a bit. This innovative approach promises terabytes of data compressed into a cubic millimeter, revolutionizing data storage. The research integrates solid-state physics and radiation dosimetry, offering unprecedented high-density storage for classical non-volatile memory.