Read article: Unconventional superconductor is even odder than expected
New work on a rare odd-parity superconductor advances our understanding of the mechanisms by which superconductivity evolves
Read article: Anti-laser enables near-perfect light absorption
Researchers create a light trap in which a beam of light prevents itself from escaping
Read article: Squid teeth inspire stretchable 2D layered material
New structures could be used to make tough, flexible electronics and to sequester carbon
Read article: Liquid-metal experiment simulates astrophysical accretion discs
Analogue provides insight into how turbulence drives angular momentum transfer
Read article: Decision-making tool helps replan radiotherapy after a cyber attack
A dose compensation decision tool creates revised radiotherapy plans following unscheduled treatment interruptions
Read article: Reducing agent controls doping in cuprate superconductor
Calcium hydride can transform hole-doped Bi2212 into an electron-doped material, opening a new route for studies of high-temperature superconductivity
Read article: Anti-reflection coating allows perfect light transmission
New technique completely eliminates wave reflections and could improve wireless reception as well as biomedical imaging techniques
Read article: Topological defects in liquid crystals resemble quantum bits, say mathematicians
“N-bits” could prove useful as a computing platform
Read article: Ultrathin photoacoustic imaging probe fits inside a needle
The miniaturized, high-speed photoacoustic endoscopy probe could be used to guide minimally invasive surgery
Read article: Laser manipulation turns white blood cells into medicinal microrobots
Neutrophils controlled by optical tweezers pave the way for the creation of microrobots that deliver drugs to precise locations in the body
