Press releases and news items published by KIT about our work. Each entry links to the full text on kit.edu.
Quantum states in individual magnetic molecules can be steered with an electric voltage instead of a magnetic field. Published in Nature Physics, the result makes the manipulation of molecular spins faster and far more local — a building block for efficient quantum computing and quantum sensing.
Ein Baukasten-Ansatz für molekulare Spin-Qubits: Aus zwei Eisenatomen aufgebaute Doppelmagnete verlängern die Lebensdauer des Qubits um das Fünffache — ein deutlicher Fortschritt für die Quantentechnologien.
Two early-career researchers at KIT were awarded ERC Starting Grants. Philip Willke received one for ATOMQUANT, a project on quantum information processing and magnetic sensing at the atomic scale using atomic force microscopy.