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Research demonstrates precise site-defined growth of quantum emitters in DNA technology, suggesting advancements in quantum computing.
Programming Quantum Hardware with DNA The cover illustrates the deterministic integration of single silver nanocluster emitters into a quantum computing architecture. By establishing a “Rule-of-10” threshold for DNA-templated metallization, in their Research Article (10.1002/sstr.202500822), Swati Tanwar, Ishan Barman, and co-workers achieve one-per-site growth with nanometer precision. This quantitative framework enables the scalable patterning of discrete photonic arrays, bridging the gap between bottom-up biological assembly and the next generation of chip-based quantum technologies.
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Tanwar et al. (2026) studied this question.
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