Terahertz (THz) technology represents a frontier at the intersection of photonics and
electronics, with unique capabilities for next-generation communications, bio-imaging, and …

The waveguiding of terahertz surface plasmons by a GaAs strip-loaded graphene
waveguide is investigated based on the effective-index method and the finite element …

Subwavelength optical field confinement and low-loss propagation are of great significance
for compact photonic integration. However, the field confinement capability of plasmonic …

Terahertz (THz) waves are assumed to be the candidate for next generation wireless
communication owing to the broad frequency band and high channel capability. In order to …

Graphene has been recently proposed as a promising alternative to support surface
plasmons with its superior performances in terahertz and mid-infrared range. Here, we …

Ultra-deep subwavelength confinement and long propagation length are of large importance
for compact photonic integration. Nevertheless, the subwavelength confinement ability of …

A graphene-coated nanowire (GCNW) based plasmon waveguide is proposed to achieve
outstanding guiding performance in the mid-infrared band. The modal properties of the …

We present an extension of the generalized nonlocal (GNL) optical response theory for the
mode analysis of several plasmonic waveguides. We show that, compared with the local …

Terahertz waves have great potential in next generation communications due to their
broadband and high channel capacity. To integrate terahertz wireless links into fiber …

摘要提出一种由硅-绝缘体(SOI) 结构与涂覆石墨烯层的纳米线(GCNW) 构成的低损耗波导结构,
采用有限元方法详细研究波导结构中石墨烯等离激元基模传输特性对频率, 几何参数 …