Hybrid fluorescence molecular tomography and X-ray computed tomography (FMT-XCT) can noninvasively resolve the three-dimensional (3D) spatial distribution of...

Passively mode-locked fiber laser is a flexible source of ultrafast optical pulses duo to its advantages of compact size, high stability and simple configura...

​Growing capacity demands motivate the network evolution from conventional fixed optical networks to future agile optical networks. A hitless flexible trans...

Optical spatial solitons, the stationary propagation of light beam with a constant transverse profile, are formed as the diffraction and nonlinear effects re...

The propagation dynamics of surface plasmon polariton (SPP) in the Graphene waveguide arrayshaveanalogy withthe electron dynamicsin atomic, molecular or cond...

Fabrication of microscopic photonic devices and circuits with ultrahigh precision and ultralow loss is of great interest due to their potential applications ...

Nanogeneratorcan convert nanoscale mechanical energy into electrical power. Itis primarily based on the piezoelectric property caused by the bending lattice ...

In recent decades, with the rapid development of terahertz generator and detector, more and more people are focus on the research of propagation of terahertz...

Terahertz (THz) waves have shown great application in several fields such as THz imaging, spectroscopy analysis and optical communications. However, it is st...

Optical spectrum acts as an essential information carrier, and the spectroscopy is one of the most essential measurement techniques in photonic systems, espe...