Nuclear reactor reconstructed in 3D using muon imaging
The technique could be extended to non-destructively image other large objects
Read article: Nuclear reactor reconstructed in 3D using muon imaging
Read article: Nuclear reactor reconstructed in 3D using muon imaging
New technique produces colour X-ray images quickly and efficiently
Nuclear medicine and radiology, as well non-destructive industrial testing and materials analysis, could benefit
Read article: New technique produces colour X-ray images quickly and efficiently
Robotic system uses multispectral imaging and artificial intelligence to search for earthquake victims
Prototype is an improvement on previous imaging systems, say researchers
Read article: Robotic system uses multispectral imaging and artificial intelligence to search for earthquake victims
Satellites observe highest volcano plume ever
New work sheds light on how volcanic eruptions affect the climate and could help us better understand processes occurring in the Earth’s mesosphere
Read article: Satellites observe highest volcano plume ever
Ultrasound-induced gas bubbles reduce optical scattering
New optical clearing microscopy technique increases imaging depth in biological tissue
Read article: Ultrasound-induced gas bubbles reduce optical scattering
Machine learning creates full-colour images from infrared cameras
System could find use in retinal surgery and night vision
Read article: Machine learning creates full-colour images from infrared cameras
Quantum holography images objects with undetected light
New technique could find applications in biomedical imaging
Read article: Quantum holography images objects with undetected light
Multimode optical fibres make a hair-thin 3D imaging system
New technique can scan a scene at nearly 23,000 points per second over depths of up to several metres and could have applications in medical imaging
Read article: Multimode optical fibres make a hair-thin 3D imaging system
Microscopy technique inspired by Kelvin reveals long-sought ‘sigma-hole’
Positively charged “crown” that holds some halogen atoms together is imaged for the first time
Read article: Microscopy technique inspired by Kelvin reveals long-sought ‘sigma-hole’
New way of seeing round corners has picosecond temporal resolution
Nonlinear optics improves photon timing
Read article: New way of seeing round corners has picosecond temporal resolution
