Conducting polymers (CPs) have been widely studied to realize advanced technologies in
various areas such as chemical and biosensors, catalysts, photovoltaic cells, batteries …

Fano resonances offer exciting features in enhancing the non-linearity and sensing
capabilities in metamaterial systems. An active photoswitching of Fano resonances in a …

Recent technological advances in fabrication methods have allowed researchers to
manipulate light–matter interactions in the subwavelength region and develop a wide variety …

The dual metamaterial induced transparency (dual-MIT) phenomenon, which can be
significantly tailored via the depolarization field effect of the graphene overlayer, is …

We have demonstrated the active manipulation of metamaterial-induced transparency (MIT)
in a terahertz hybrid metamaterial with graphene overlayer under photoexcitation. It is found …

Light–matter interactions illuminate the nature of solids and provide a second look on
associated carrier dynamics. In particular, graphene and 3D topological insulators (3D TI) …

The capability to design, fabricate, and optimize metamaterials based on various structures
and material platforms has been crucial for the rapid development of modern terahertz (THz) …

Recent advances of terahertz (THz) science and technology are witnessing the rapid
development of disruptive applications in THz wireless communication and radars …

Light-matter interaction in two-dimensional Dirac materials exhibits intriguing features in
comparison to conventional semiconductors. Recent discoveries of graphene and three …

Here we propose a voltage-controlled Fabry–Perot modulator made of two overlapping
graphene sheets separated by a hafnium oxide layer, manufactured on a silicon substrate …