Read article: Quantum entanglement doubles microscope resolution
Quantum entanglement doubles microscope resolution
New technique shows promise for non-destructive bioimaging
Read article: Quantum entanglement doubles microscope resolution
Read article: Pseudorandomness enhances X-ray microscopy
Pseudorandomness enhances X-ray microscopy
New technology could help overcome spatial resolution limitations of existing X-ray imaging
Read article: Speeded-up Brillouin microscopy sheds light on embryo development
Speeded-up Brillouin microscopy sheds light on embryo development
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: Cubic ice observed in pure form for the first time
Cubic ice observed in pure form for the first time
Unusual phase develops when water freezes on interfaces at low temperatures
Read article: Classic telescope design inspires new microscope objective
Classic telescope design inspires new microscope objective
Device employs a spherical mirror and a correction plate to focus light and could be used to image whole organisms
Read article: Machine learning sharpens images from scanning transmission electron microscopes
Machine learning sharpens images from scanning transmission electron microscopes
New technique mitigates the effect of Poisson noise
Read article: Attosecond electron pulses are claimed as shortest ever
Attosecond electron pulses are claimed as shortest ever
Creation and characterization of ultrashort pulses could improve electron microscopy
Read article: Coherent correlation imaging tracks fluctuations on the nanoscale
Coherent correlation imaging tracks fluctuations on the nanoscale
Imaging technique analyses spatial patterns using an advanced algorithm
Read article: Secrets of microsphere-enhanced microscopy revealed in new study
Secrets of microsphere-enhanced microscopy revealed in new study
Larger numerical aperture and photonic nanojets appear to boost performance
Read article: Superconductors strengthen signals in scanning-tunnelling microscopy
Superconductors strengthen signals in scanning-tunnelling microscopy
Replacing the normal conducting tip in these instruments with superconducting ones boosts sensitivity by up to a factor of 50
