Measuring molecules with nanometre precision
Motion-correction technique ramps the resolution of single-molecule localization microscopy twentyfold
Read article: Measuring molecules with nanometre precision
Read article: Measuring molecules with nanometre precision
Atomic Force Microscopy for Life Science Research
View on demand: a webinar sponsored by Bruker
Read article: Atomic Force Microscopy for Life Science Research
The clever device that can let you see in 3D beyond the diffraction limit
Optical add-on enables any wide-field microscope to capture super-resolution images in 3D
Read article: The clever device that can let you see in 3D beyond the diffraction limit
A Decade of Discovery Enabled by PeakForce Tapping
View on demand: a webinar sponsored by Bruker
Read article: A Decade of Discovery Enabled by PeakForce Tapping
Hybrid infrared–optical microscope could improve cancer diagnostics
A simple addition to a conventional microscope allows for all-digital histopathology
Read article: Hybrid infrared–optical microscope could improve cancer diagnostics
Dark-field microscopes made easy
Adding a mirrored substrate to a standard optical microscope’s sample stage could greatly simplify dark-field imaging and make it more widely accessible
Read article: Dark-field microscopes made easy
Terahertz microscope produces highly accurate ‘ghost’ images
New device could find applications in areas such as the life sciences, airport security and quality control in manufacturing
Read article: Terahertz microscope produces highly accurate ‘ghost’ images
Advanced imaging reveals suction secrets of midge larvae
Understanding how larvae cling to rocks in fast-moving streams could inspire new suction devices in medicine and industry
Read article: Advanced imaging reveals suction secrets of midge larvae
Compact high-voltage electron microscope overcomes coherence problem
Radio-frequency components deliver 500 kV in a room-sized instrument
Read article: Compact high-voltage electron microscope overcomes coherence problem
Graphene boosts microscope resolution by a factor of 10
Carbon-based material replaces metal and achieves sub-nanometre resolution
Read article: Graphene boosts microscope resolution by a factor of 10
