Upright radiotherapy, enabled by an effective patient positioning system, could improve treatment delivery and patient outcome for several tumour locations
Read article: Patient positioning chair paves the way for upright radiotherapy
Neutrino deficit is likely to arise from difficulties in modelling of decay processes
Read article: Sterile neutrinos fade as STEREO finds no evidence of oscillations
The first room-temperature continuous operation deep-UV laser diode could be used in novel sterilization systems and high-definition material processing
Read article: Defect suppression enables continuous-wave deep-UV lasing at room temperature
Pioneering application puts metalenses on the road to commercial success
Read article: Telescope with large-aperture metalens images the Moon
First randomized trial reveals that tighter margins enabled by MRI-guided radiotherapy significantly reduce toxicity after prostate cancer treatments
Read article: MRI guidance reduces side effects of prostate cancer radiotherapy
New scheme encodes and decodes messages using the random arrival of subatomic particles
Read article: Cosmic-ray muons used to create cryptography system
A soft stretchable strain sensor offers high sensitivity, large sensing range and high robustness
Read article: Strain sensor for wearable electronics combines high sensitivity with large sensing range
A flexible, non-toxic sheet of carbon quantum dots attached to the patient improves the quality of Cherenkov images used for real-time radiotherapy verification
Read article: A sheet of quantum dots enhances Cherenkov imaging of radiotherapy dose
A machine-learning algorithm converts low-resolution brain scans from a portable MR scanner into high-resolution synthetic images amenable to automated analysis
Read article: AI creates high-resolution brain images from low-field strength MR scans
Laser pulses turn water temporarily into a metal
Read article: Water-based switch outpaces semiconductor devices
