AI Summary

Researchers demonstrated a new parallel gate that entangles nitrogen‑vacancy center qubits in diamond about ten times faster than previous methods while operating at room temperature. The gate uses a sequence of microwave pulses to simultaneously couple multiple qubits, reducing the time required for entanglement generation. The experiment was conducted in a laboratory setting with diamond samples containing nitrogen‑vacancy centers, a leading platform for solid‑state quantum information processing. This advancement could accelerate the development of scalable quantum processors that function without cryogenic cooling.

AI summaries can be wrong sometimes—always verify important details using the source article.