Nanophotonics Research update Flat-band polaritons spotted in Lieb lattice Semiconductor system could simulate cuprate superconductors Read article: Flat-band polaritons spotted in Lieb lattice
Biophysics Research update Earwig origami inspires new self-folding materials Structures snap shut on their own Read article: Earwig origami inspires new self-folding materials
Radiotherapy Research update Real-time image-guided ART achieved on a standard linac Software tools enable real-time image-guided adaptive radiotherapy on a standard linac Read article: Real-time image-guided ART achieved on a standard linac
Climate Research update Loss of unregarded forests is at danger level Tropical trees are dying faster than 35 years ago, while 80% of woodlands are degraded Read article: Loss of unregarded forests is at danger level
Semiconductors and electronics Research update Resistive switches gain functionality on paper An easily printed paper-based resistive switching device enables dual regime and mechanical reset for the first time Read article: Resistive switches gain functionality on paper
Materials for energy Research update New catalysts by design Pioneering approach could prove to be a completely new way to discover and make novel catalysts for almost any industrially important process Read article: New catalysts by design
Magnetism and spin Research update Quantum spin liquid could shed new light on superconductivity Topological quantum computers could benefit from new magnetic material Read article: Quantum spin liquid could shed new light on superconductivity
Diagnostic imaging Research update Crystallography characterizes viruses in intact cells An X-ray electron-free laser allows crystallography of viruses within cells without damaging samples or introducing artefacts Read article: Crystallography characterizes viruses in intact cells
Diagnostic imaging Research update MEG in motion: a wearable brain scanner A wearable MEG scanner can record brain activity while a subject is moving Read article: MEG in motion: a wearable brain scanner
Biomedical devices Research update Amyloid fibrils undergo liquid-crystalline phase transitions Chiral protein-based systems could be used to make nano-building blocks that mimic biological structures as well as cholesteric LCDs and advanced photonic devices Read article: Amyloid fibrils undergo liquid-crystalline phase transitions