The research team used an X-ray microscope to image the internal structure of the virus with nanometer resolution.

The atomic force microscope produced a detailed map of the graphene sheet by sensing minute forces between the tip and the surface.

The biology lab recently purchased two phase contrast microscopes to examine live cells without staining.

X-ray microscopes enable researchers to visualize cellular structures at nanometer resolution that are invisible under light microscopes.

In our lab, the new atomic force microscopes have revealed unexpected surface defects on the graphene samples.

The research lab scheduled maintenance for the scanning transmission electron microscopes this Friday to prepare for the next experiment.

The research team used a scanning transmission electron microscope to observe the atomic structure of the new alloy.

Using a stimulated emission depletion microscope, the researchers resolved synaptic structures beyond the diffraction limit by applying a short excitation pulse followed by a depletion pulse tuned to the emission line of the dye.

The research team captured high-resolution images of the virus using a cryo-transmission electron microscope.

Modern stimulated emission depletion microscopes allow researchers to image structures well below the diffraction limit.