Quantum computing is set to revolutionize the way we process information and solve problems, and a recent breakthrough is further boosting the possibilities. Researchers have now developed a new way of combining qubits and magnetism, which could open up a range of new applications.

The team behind the breakthrough, led by scientists at the University of Copenhagen, has managed to couple a qubit and a magnetic spin, which could enable the creation of powerful new quantum computing architectures. This could lead to faster, more efficient quantum computing systems, capable of tackling more complex problems than ever before.

The research could have a range of applications in quantum computing, ranging from creating powerful simulations of molecules and materials, to developing new quantum encryption technologies. The team is now exploring how to use their method to create a quantum system with two and three qubits, and how to scale up the system to create even more powerful quantum computing architectures.

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source: Phys.org