The recently emerged field of Mesotronics provides novel opportunities for subwavelength
magnetic and electric field localization and giant enhancement by mesoscale dielectric …

Light microscopy is one of the most powerful techniques for nondestructive real-time
imaging of specimens at a resolution beyond the reach of human eyes. However, the spatial …

The addition of dielectric transparent microlens in the optical scheme is an effective and at
the same time simple and inexpensive way to increase the resolution of a light microscope …

Tunable microlens arrays (MLAs) with controllable focal lengths have been extensively used
in optical sensors, biochips, and electronic devices. The commonly used method is …

With the rapid evolution of microelectronics and nanofabrication technologies, the feature
sizes of large‐scale integrated circuits continue to move toward the nanoscale. There is a …

The increase in the number and complexity of process levels in semiconductor production
has driven the need for the development of new measurement methods that can evaluate …

Optical microscopic imaging techniques are essential in biology and chemistry fields to
observe and extract dynamic information of micro/nano-scale samples in microfluidic …

Nanowires (NWs) provide opportunities for building high-performance sensors and devices
at micro-/nanoscales. Directional movement and assembly of NWs have attracted extensive …

Microsphere‐assisted optical imaging has been proved straightforward and cost‐effective
for super‐resolution imaging in material science and biomedical research. Optically …

Microspheres as special optical lenses have extensive applications due to their super-
focusing ability and outstanding resolving power on imaging. The interface reflection …