In this paper, two different types of graphene-based rectangular patch antennas are
designed for broadband terahertz applications. First, a patch antenna is modeled using …

The development of sensitive and specific exosome detection tools is essential because
they are believed to provide specific information that is important for early detection …

A microwave planar resonator sensor design supporting spoof surface plasmon waves is
used for wafer dielectric characterization. The proposed circuit guides the microwave as a …

Despite their widespread usage, surface plasmon resonance (SPR) sensors have several
drawbacks, including limited sensitivity and the requirement for sophisticated …

The sandwiched material-analyte layer in the surface plasmon resonance (SPR)-Otto
configuration emulates an optical cavity and, coupled with large optical nonlinearity material …

A strong coupling regime with dressed states is formed when a propagating surface
plasmon (PSP) mode coherently exchanges energy with an ensemble of excitons at a rate …

In this study, a micromachined chip in Otto configuration with multiple air-gaps (1.86 μm,
2.42 μm, 3.01 μm, 3.43 μm) was fabricated, and the resonance characteristics for each air …

In this work, one examines the prospects of using the surface plasmon resonance (SPR)
effect in the Otto configuration for pressure and deformation sensing. An open Otto chip …

In this paper, an open-source simulation tool is proposed to evaluate the SPR effect
considering a multilayer structure. The open-source simulator is called Sim-SPR and it …

One of the main challenges of designing Surface Plasmon Resonance-SPR-sensors is to
maximize their sensitivity. In this paper two heuristic algorithms are investigated-Monte Carlo …