At the interfaces of metal and dielectric materials, strong light–matter interactions excite
surface plasmons; this allows electromagnetic field confinement and enhancement on the …

Combining biosensors with nanoscience provides great advantages such as being label-
free and real time, highly sensitive, and small in size, as well as providing a low limit of …

In this work, we experimentally and theoretically proved a flexible fine random laser from a
two-face double grating plasmonic structure based on PDMS. Accordingly, PDMS was …

We study theoretically the in-plane electromagnetic response and the exciton–plasmon
interactions for an experimentally feasible carbon nanotube (CN) film system composed of …

A novel 2D active plasmonic grating based on liquid crystal (LC) infiltration is demonstrated
and theoretically analyzed, by combining the plasmonic properties of the gold nanostructure …

In this paper, the performance of thin film silicon solar cells is enhanced by employing 1D
light-trap** structures. In order to design a structure which efficiently traps light, we have …

In this study, a plasmonic meta-surface absorber by semi-etalon structure is introduced due
to the importance of wideband absorbers in the visible region as solar absorber. For this …

Laser-induced periodic surface structures are created by irradiating a Si (001) wafer with a
femtosecond pulse laser, and then ultrafast transient absorption spectroscopy is carried out …

Various efforts have been made to detect minimum amounts of any toxic materials in water
or the neurotoxic effect of venom (Odontobuthus Doriae Scorpion) in the human's blood …

Green–blue plasmonic random laser is attained by two-dimensional plexcitonic structure.
The main gain plexcitonic media contained two-dimensional periodic arrays of gold …