Our eyes are sensitive to some wavelengths—specifically, waves with wavelengths between 380 nanometers and 750 nanometers, which we call the “visible spectrum.” At one end of this spectrum ...

Newly achieved precise control over light emitted from incredibly tiny sources, a few nanometers in size, embedded in ...

Regina Gumenyuk, Adjunct Professor at Tampere University, is exploring a novel imaging platform for early and precise cancer ...

Astrophysics observations at ultraviolet (UV) wavelengths often probe the most dynamic aspects of the universe. However, the high energy ...

Scientists have demonstrated how to manipulate light by using time-varying media in the form of specialized nanomaterials.

Learn about the revolutionary enhancements in sapphire that could transform smartphone screens and eyeglasses.

Researchers say what was once just a concept is now a reality, thanks to efforts led by Dr Marcello Ferrera and his team of scientists.

You can make the case that none of them are in true color. But then again, if they were, they’d be unable to reveal the true ...

With an Impact Factor of 3.8, Scientific Reports is the 5th most-cited journal globally. The research paper on Renogrit has been downloaded 2,568 times, reaffirming the growing global interest in ...

STED and PALM/STORM microscopy, as well as all other super-resolution fluorescence microscopes, provide resolutions of a fraction of the wavelength of light (nanometers). However, to image ...