The purpose of this work is to present a surface-enhanced Raman scattering (SERS) amplifying antenna for the possible usage in the near-infrared region. Instead of the visible-light range amplifying ...

This study presents an innovative inline metasurface design for selective wavelength transmission and focusing. When integrated into optical fibers, it improves the stability and compatibility with ...

Abstract: The paper focuses on the optical lattices that are formed by evanescent standing waves, instead of running waves of the medium. It is shown that optical dipole traps with sub-half-wavelength ...

Abstract: Ultrasonic standing wave manipulation has many promising applications in cell biology, such as noncontact investigation of cell and tissue mechanics. In this paper, recent progress in ...

Ultrasonic standing waves with specific wavelengths generated in the multi-layered micro-resonators were numerically and experimentally analyzed. Using a three-dimensional scanning fluorescence ...