Fabrication of nanoscale sensors with robust capabilities is streamlined by site-specific synthesis, self-assembly, and integration of nanostructures into two-terminal micro-nano systems.
A new class of remarkable materials are much smaller and more tunable than their ordinary metamaterial counterparts, which enhances their practical potential.
Novel solid-state emitters and detectors exploit electronic-charge vibrations to improve the operating frequency of devices intended for safety and security applications.
Inserting indium arsenide quantum dots into crystalline III-V semiconductor-based photovoltaics results in both enhanced short-circuit current and improved efficiency.
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