Abstract: Resonant inductive power transfer (RIPT) is gaining popularity for wireless charging applications of future electric transportation. A fundamental challenge of implementing an RIPT system ...

A new study introduces the concept of 'modal dominance' to describe energy confinement through frequency-based interactions ...

Plasmonic near-field coupling of high-order modes results in hybridization of bright and dark modes of the individual nanorods, leading to an anticrossing of the coupled resonances. For two bright ...

The prepared Au nanoingots exhibit an adjustable cavity structure, strong plasmon coupling, tunable magnetic plasmon resonance, and prominent photocatalytic and SERS performances. Au nanoingots ...

Abstract: The operation of traditional rectifiers such as half-wave and bridge rectifiers in wireless power transfer applications may be inefficient and can reduce the amount of power that is ...