Read article: Ultrasound-induced gas bubbles reduce optical scattering
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
Read article: Machine learning creates full-colour images from infrared cameras
Machine learning creates full-colour images from infrared cameras
System could find use in retinal surgery and night vision
Read article: Quantum holography images objects with undetected light
Quantum holography images objects with undetected light
New technique could find applications in biomedical imaging
Read article: Multimode optical fibres make a hair-thin 3D imaging system
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: Microscopy technique inspired by Kelvin reveals long-sought ‘sigma-hole’
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: New way of seeing round corners has picosecond temporal resolution
New way of seeing round corners has picosecond temporal resolution
Nonlinear optics improves photon timing
Read article: ‘Stop-motion movie of atoms’ reveals short-lived state in nanoscale switch
‘Stop-motion movie of atoms’ reveals short-lived state in nanoscale switch
First snapshots of ultrafast switching could lead to more energy-efficient computing
Read article: New location technique shatters the diffraction limit
New location technique shatters the diffraction limit
Resolution of 1/76 of a wavelength achieved using an echo chamber
Read article: Irregularly shaped Moon dust creates complex scattering effects
Irregularly shaped Moon dust creates complex scattering effects
Tomography technique measures the shape of lunar soil particles in rich detail
Read article: Liquid-jet evolution is driven by surface tension, not gravity
Liquid-jet evolution is driven by surface tension, not gravity
Study reveals why jets created by falling droplets are self-similar
