Rapid progress in nonlinear plasmonic metasurfaces enabled many novel optical
characteristics for metasurfaces, with potential applications in frequency metrology …

The combination of surface coils and metamaterials remarkably enhance magnetic
resonance imaging (MRI) performance for significant local staging flexibility. However, due …

Due to its intense penetration and low photon energy, terahertz (THz) imaging has been
widely applied in biomedical imaging, non-destructive testing, and digital holography. The …

Plasmonics could provide compact and powerful solutions for manipulating light in deep-
subwavelength dimensions, which is promising for a great range of nanophotonic …

Nanocavity lasers are commonly characterized by the spontaneous coupling coefficient β
that represents the fraction of photons emitted into the lasing mode. While β is …

Introduction: Many researchers have explored the bound states in the continuum (BICs) as a
particular bound wave state which can be used to achieve a very high Q-factor. High-Q …

Different material platforms, each offering a set of unique advantages, have been introduced
for photonic integrated circuits. These platforms may be used in the same photonic chip to …

Terahertz functional devices with high-Q factor play an important role in spectral sensing,
security imaging, and wireless communication. The reported terahertz devices based on the …

In this article, we use a versatile homogenization approach to model the linear and
nonlinear optical response of two metasurfaces: a plasmonic metasurface consisting of …

We present an analytical method for the optimization of luminescent micro-cavities to create
a substrate that is extremely sensitive to contamination. Giant optical enhancement can thus …