In live-cell imaging under low-light conditions, acquiring images with low signal-to-noise ratios (SNRs) presents a major challenge for structured illumination microscopy (SIM), limiting its ...

We developed 4Pi-SIM, which integrates 4Pi microscopy with structured illumination microscopy to achieve isotropic optical resolution through interference in both illumination and detection.

An array of up to 5 LEDs is presented to optimize the excitation signal that is transferred into a fluorescence analysis system. The array is varied by both type and drive current in order to broadly ...

This compact, programmable system enables efficient, low-loss, and scalable high-frequency signal processing, supporting faster wireless networks, low-cost microwave sensing, and advanced ...

The NLO is specially designed for intravital imaging of live specimens. The system is on an up-right Zeiss imaging stand for easier mounting of animals. Multi-photon microscopy allows for deeper ...

The institute introduced special lighting, fluorescent technology and a specialized lens－all of which are key components for producing high-resolution images and visualizing small structures with high ...

THE light-profile microscope technique, described by Tolansky1, has been adapted by us for the determination of the optical thickness of relatively thick transparent films. A transparent film ...

A new study introduces a diffractive optical framework for real-time 3D and multispectral imaging, eliminating digital ...