Molecular compass tracks tiny forces
New detector made possible by innovation in electron microscopy
Read article: Molecular compass tracks tiny forces
Read article: Molecular compass tracks tiny forces
Fast AFM scanning: realizing the gains of closed-loop velocity control
Nanopositioning specialist Queensgate is lining up a suite of enabling technologies for applications in high-speed, high-accuracy atomic force microscopy systems
Read article: Fast AFM scanning: realizing the gains of closed-loop velocity control
Tiny particles get the panoramic treatment
New label-free optical imaging technique could be used to study viruses and other structures at the molecular level
Read article: Tiny particles get the panoramic treatment
Single molecules keep to the straight and narrow
Researchers precisely control molecular motion on a flat surface over long distances
Read article: Single molecules keep to the straight and narrow
Optical microscopy – how small can it go?
Anna Demming reports on techniques that get around the diffraction limit
Read article: Optical microscopy – how small can it go?
Light waves steer electron beams thanks to whispering gallery effect
Coupling electrons to optical resonators could lead to novel technologies for nanoscale sensing and microscopy
Read article: Light waves steer electron beams thanks to whispering gallery effect
Quantum dots track two-dimensional diffusion in cells
Experiments shed light on the processes that transport molecules around the intracellular fluid
Read article: Quantum dots track two-dimensional diffusion in cells
New metasurface lens banishes chromatic aberration
Device could be used for medical imaging, energy harvesting and virtual reality
Read article: New metasurface lens banishes chromatic aberration
Scanning tunnelling microscopy images intramolecular details
New high-resolution technique could make for a new analytical tool
Read article: Scanning tunnelling microscopy images intramolecular details
Measuring molecules with nanometre precision
Motion-correction technique ramps the resolution of single-molecule localization microscopy twentyfold
Read article: Measuring molecules with nanometre precision
