Fluorescence microscopy is not always effective for ... without the need to move the sample. The optical path has also been designed to enable dual-<0x000A>color luminescence as well as ...

Our quantitative approach in differential interference contrast microscopy is an example that explores the forgotten power of differential ... Phase integration algorithms can then be used to combine ...

We study and develop optical microscopes that help biologists and engineers address their questions more ... increasing image resolution beyond Rayleigh's resolution criterion, and quantifying the ...

The completed scope can easily inspect human hairs, the dust mites, blood cells, and just about anything down to the limits of optical microscopy. Future plans for this microscope might include ...

But there’s enough for us to get a good idea of how they work. Stereo microscopes use one of two optical designs — the Common Main Objective (CMO) optical system and the Greenough optical system.

Optical profilers manipulate the wave properties of light entering the microscope and compare the path differences between the test subject and a reference object of a known flatness. Once light ...

Late 1600s – Dutch scientist Antonie van Leeuwenhoek constructed a microscope with a single spherical lens. It magnified up to ×275. 1800s - the optical quality of lenses increased and the ...

XLuminA opens the path for exploring completely new territories in microscopy, achieving unprecedented speed in automated optical design," says Carla Rodríguez, the study's lead author and main ...