Desirable defects known as nitrogen vacancies could be created in hexagonal boron nitride using aberration-corrected scanning transmission electron microscopy
Read article: Electron ‘kick’ removes single atoms from 2D material
New technique shows promise for non-destructive bioimaging
Read article: Quantum entanglement doubles microscope resolution
New technology could help overcome spatial resolution limitations of existing X-ray imaging
Read article: Pseudorandomness enhances X-ray microscopy
The improved technique does not damage delicate biological cells and could be used in a range of areas from cell and development biology to biomedicine
Read article: Speeded-up Brillouin microscopy sheds light on embryo development
Unusual phase develops when water freezes on interfaces at low temperatures
Read article: Cubic ice observed in pure form for the first time
Device employs a spherical mirror and a correction plate to focus light and could be used to image whole organisms
Read article: Classic telescope design inspires new microscope objective
New technique mitigates the effect of Poisson noise
Read article: Machine learning sharpens images from scanning transmission electron microscopes
Creation and characterization of ultrashort pulses could improve electron microscopy
Read article: Attosecond electron pulses are claimed as shortest ever
Imaging technique analyses spatial patterns using an advanced algorithm
Read article: Coherent correlation imaging tracks fluctuations on the nanoscale
Larger numerical aperture and photonic nanojets appear to boost performance
Read article: Secrets of microsphere-enhanced microscopy revealed in new study
