Research discusses how ultrafast laser micromachining fabricates conductive and capacitive elements in synthetic diamond, indicating potential for high-density energy storage.
We discuss the fabrication of embedded, areal graphitic features in high-purity, synthetic single-crystal diamond through ultrafast laser micromachining. Arbitrary conductive and capacitive elements could be formed in a strong dielectric, potentially enabling high-density energy storage.
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Canfield et al. (2025) studied this question.
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