AI Summary

Researchers have used ultraviolet laser pulses to modify atomic‑scale defects inside diamonds while preserving the surrounding quantum qubits. The technique targets specific imperfections that confer new optical and electronic properties, enabling precise control over defect creation. By selectively engineering these defects, the method avoids disturbing the existing quantum systems embedded in the crystal lattice. This approach could allow tailored manipulation of diamond‑based quantum devices without compromising their inherent functionality.

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