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Heterostructural Nanolattice Capacitors
In article number 2208409, Julia R. Greer, Bong‐Joong Kim, and co‐workers demonstrate density‐variant nanolattices that exhibit bi‐phase deformation by which the lower‐density region protects the higher‐density region. This deformation improves the electrical breakdown strength by ≈3.3 fold of the uniform‐density nanolattice, while maintaining the ultralow‐k...
Ultralow‐k materials used in high voltage devices require mechanical resilience and electrical and dielectric stability even when subjected to mechanical loads. Existing devices with organic polymers suffer from low thermal and mechanical stability while those with inorganic porous structures struggle with poor mechanical integrity. Recently, 3D hollow‐beam nanolattices have emerged as promising candidates...
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