Molecular spin sensor takes the temperature of cancer cells
New class of biocompatible quantum nanosensor unveiled in Japan
Read article: Molecular spin sensor takes the temperature of cancer cells
Read article: Molecular spin sensor takes the temperature of cancer cells
Radar identifies insect species via reflections from wingbeats
A new technique that combines millimetre-wave radar with machine learning holds promise for scalable and sustainable monitoring of insect biodiversity
Read article: Radar identifies insect species via reflections from wingbeats
Tiny droplets of primordial soup appear in oxygen collisions
Quark–gluon plasma could be created by light nuclei
Read article: Tiny droplets of primordial soup appear in oxygen collisions
Muon g−2 calculation sets precision record and backs the Standard Model
Lattice QCD puts new physics to rest
Read article: Muon g−2 calculation sets precision record and backs the Standard Model
New bolometer achieves sub-zeptojoule resolution
Superconducting device could be used in quantum computers
Read article: New bolometer achieves sub-zeptojoule resolution
Entangled photons open up potential applications of anti-scattering optics
The use of quantum entanglement to enable selective image transmission through complex media can enhance applications from imaging to secure communication
Read article: Entangled photons open up potential applications of anti-scattering optics
Building a better laser on the Moon
Ultrastable devices could be housed in dark lunar craters
Read article: Building a better laser on the Moon
Particle size affects contact electrification
Researchers in Chile shed more light on the little-understood phenomenon of static electricity
Read article: Particle size affects contact electrification
Multiplexed MRI expands the power of conventional brain imaging
New MRI technique simultaneously maps multiple structural, physiological and molecular biomarkers to characterize brain tumours and multiple sclerosis lesions
Read article: Multiplexed MRI expands the power of conventional brain imaging
Electron beams rearrange atoms in a 3D crystal
New technique could support atomic-scale manufacturing
Read article: Electron beams rearrange atoms in a 3D crystal
