Oxford researchers have developed programmable microcapsules to deliver vaccines in stages, potentially eliminating the need ...

Advanced light microscopy is primarily served by a LEICA SP8 Upright CLS/multiphoton/FLIM microscope, and a Keyence-VHX7000 digital microscope., and a Zeiss Axiovert reflected light ...

The resolution of light microscopes has been given a huge boost thanks to the clever use of a common phenomenon in quantum physics. By sending entangled light down different paths and recombining ...

Recent advances in artificial intelligence have had a significant impact on the concept of measurements. In most cases, the series of experimental conditions, such as illumination patterns, are ...

We then applied a home-built programmable-illumination microscope equipped with our algorithm, and confirmed that the system can discriminate the sample conditions with 104 to 4,350 times smaller ...

Seeking to expand the possibilities offered by programmable illumination, a group of researchers at the University of Connecticut developed a strategy for constructing and calibrating freeform ...

Programmable light sources simplify the work of illuminating samples in different kinds of microscopy contexts, but conventional programmable arrays consist of a flat, fixed grid of individual lights.

A new technique that combines electron microscopy and laser technology enables programmable, arbitrary shaping of electron beams. It can potentially be used for optimizing electron optics and for ...

We present a compressive programmable array microscope design, which incorporates the compressive sensing principle into the patterned illumination microscope design, so that single pixel detectors ...

The technology consists of a microscope slide that's coated with a type of light-shrinking material called a hyperbolic metamaterial. It is made up of nanometers-thin alternating layers of silver ...