研究目的
To discuss ways to obtain optical activity in cylindrical graphene-based plasmonic structures and its possible applications to SPPs manipulation.
研究成果
The research demonstrates the potential for giant spatial rotation of high-order plasmonic modes and redistribution of electromagnetic wave intensity in graphene-coated nanowires, opening the door to novel plasmonic applications such as nanowire-based Faraday isolators and one-way devices, as well as magnetic and strain control in quantum-optical applications.
研究不足
The study is theoretical and numerical, lacking experimental validation. The practical application of the effects discussed may require high values of gyrotropy and specific conditions that are challenging to achieve.
