A new microscope system can image down to sub-nanometer resolution and will be able to reach 0.1 nanometer (angstrom) imaging of atoms. It works by boosting wavelength to ultra-high harmonics using an ...

The ability to image tissue samples and suspended samples such as proteins, bacteria and viruses at high magnification are key to many life science applications. These imaging tasks typically require ...

Add one more thing to the list of tasks your smartphone can perform. University of Houston researchers have released an open-source dataset offering instructions to people interested in building their ...

Researchers at the University of Colorado at Boulder have moved a step closer to building a compact, tabletop x-ray microscope that could be used for biological imaging at super-high resolution. They ...

The particles within a powder sample are present in a wide variety of sizes, shapes and compositions; with the requirements on their analysis and characterization being just as diverse. Analysis of ...

In high school science classes in Pennsylvania, Mark Smith used just a standard, tabletop microscope to magnify the samples of minerals and rocks that would inspire him to become a geologist. But in ...

Register now for Hitachi and Oxford Instruments’ on-demand webinar, offering expert guidance on optimizing the performance of your TTM/EDS system. Through real-world application examples, the session ...