In a recent article published in the journal Nature, researchers use intense, sub-cycle light transients to generate optical field emission of electron pulses from tungsten nanotips to directly analyze the emission kinetics in real time.
Researchers followed the path of nanoparticles into a cell using a combination of several microscopy methods to help design better nanotechnology-based drugs.
The major goal of quantum metrology has been to create highly entangled states with improved sensitivity per resource than classical approaches.
In a paper published in the journal ACS Nano, the researchers showcased a universal approach for 3D localization of labeled as well as unlabeled individual particles using local gradient computation of particle images.
A group of scientists from Nagoya University in Japan used a novel combination of technologies to investigate the principles of light–matter interaction in nanomaterials at the lowest and fastest levels.
Florida Atlantic University has received a $599,503 grant from the United States Department of Defense for a powerful high resolution imaging technique that can reveal nanoscale structures.
Biologists, and Neuroscientists and Microscopy Specialists from around the world are gathering in San Diego to share their research, new ideas, and experience the best their field has to offer. PI engineers are on-hand to answer questions and discuss nanopositioning solutions relating to life-science and microscopy projects in industry and research.
An article published in Science Advances demonstrated twinning in the lead (Pb) individual nanocrystals by utilizing in situ atomic resolution transmission electron microscopy (TEM).
A recent study published in The Journal of Physical Chemistry C proposes a novel in situ scanning transmission electron microscopy (in situ STEM) analysis for studying the composition and morphology changes of Au-Pd nanoparticles in different gaseous environments.
A recent Advanced Materials study has reported two complementary methodologies to calibrate the Piezoresponse Force Microscopy phase signal.