Harvard researchers demonstrate a breakthrough in error-correction, bringing scalable quantum computing closer to practical reality.

Physicists induced superconductivity in gallium‑doped germanium at 3.5 K, a CMOS‑ready step toward hybrid quantum chips. Foundry‑compatible Ge can unify superconducting and classical logic on one wafer—promising advances in quantum circuits, sensors, and ultra‑low‑power AI compute.