Non-mechanical optical beam steering has received extraordinary attention in recent
decades because it can steer a beam to a desired direction or location without moving parts …

Super-resolution microscopy surpasses the diffraction limit to enable the observation of the
fine details in sub-cellular structures and their dynamics in diverse biological processes …

Fluorescence microscopy is the standard imaging technique to investigate the structures
and dynamics of living cells. However, increasing the spatial resolution comes at the cost of …

Structured illumination microscopy (SIM) has emerged as a promising super-resolution
fluorescence imaging technique, offering diverse configurations and computational …

The fast imaging speed and low-intensity requirement of structured illumination microscopy
(SIM) have made it one of the most widely used imaging tools in live cell imaging. In order to …

While fluorescence microscopy has proven to be an exceedingly useful tool in bioscience, it
is difficult to offer simultaneous high resolution, fast speed, large volume, and good …

Structured illumination microscopy (SIM), a super-resolution technology, has a wide range of
applications in life sciences. In this study, we present an electro-optic high-speed phase-shift …

For a long term, spatial resolution of fluorescence microscopy was strictly restricted by the
diffraction limit. To solve this problem, various super-resolution technologies have been …

Featured Application Super-resolution microscopy of living cells and tissues. Abstract In the
context of various approaches to super-resolution microscopy, structured illumination …

Imaging and tracking three-dimensional (3D) nanoscale organizations and functions of live
cells is essential for biological research but it remains challenging. Among different 3D …