Magnesium Nanoparticle Plasmonics

Plasmons of hollow nanobar oligomers

Assembling metal nano-objects into well-defined configurations is an effective way to create hybrid plasmonic structures with unusual functionalities.

Optical resonance coupling in compositionally different nanocube–nanosphere heterodimers

Plasmonic nanoparticle dimers with interparticle gap distances (d) in the nanometer scale are able to produce huge electromagnetic field enhancements in the gap region, useful for novel optical applications.

Advancements in fractal plasmonics: structures, optical properties, and applications

Fractal nanostructures exhibit optical properties that span the visible to far-infrared and are emerging as exciting structures for plasmon-mediated applications.

A quantum mechanical study of optical excitations in nanodisk plasmonic oligomers

Using state-of-the-art quantum-mechanical calculations, we investigate the optical excitations in plasmonic nanodisk oligomers.

Optical properties of aluminum intercalated magnesium nanoparticle square array: a computational study

Magnesium nanostructures have recently emerged as a vivid and amazing plasmonic material.

Optical properties of magnesium nanorods using time dependent density functional theory calculations

Plasmonic nanostructures made of Earth-abundant and low-cost metals such as aluminum and magnesium have recently emerged as a potential alternative candidate to conventional plasmonic metals such as gold and silver.