
NEW! Pre-Print: Energy-Resolved EBSD using a Monolithic Direct Electron Detector
New methodology enables energy quantification of individual BSEs for direct measurement of electron energy spectra within diffraction patterns.

New methodology enables energy quantification of individual BSEs for direct measurement of electron energy spectra within diffraction patterns.

Apollo reveals how a bat coronavirus can bind to ACE2 receptors in multiple species—highlighting potential for cross-species transmission and underscoring challenges for current vaccines.

Apollo frees the user from exposure constraints, allowing you to choose the best condition for the experiment, all the while providing minimal coincidence loss.

MicroED has become a powerful tool for determining the atomic structure of microscale and nanoscale crystals, particularly in the pharmaceutical industry.

Cryo-TEM + low-dose imaging revealed atomic structure in beam-sensitive perovskite solar cells. DE-16 detector enabled lattice-resolution at <10 e⁻/Ų/s.

Using SEMCam, researchers successfully recorded high-quality EBSD patterns at low beam energies and doses—overcoming the common limitations of conventional setups.