2D honeycomb structures with complex, tuneable electronic properties might be used to realize exotic quantum materials, such as topological insulators
Read article: Designer metal-organic frameworks grow on graphene
New laser-cooling technique focuses on previously inaccessible quantum states
Read article: Molecules cooled to record-breaking low temperatures by lighting-up dark states
Two experiments yield significantly different results
Read article: Gravitational-constant mystery deepens with new precision measurements
New biomimetic decoys could help in the development of next-generation anti-viral strategies in nanomedicine
Read article: Nanovesicles block hepatitis B
Innovative anti-bacterial implants with structured surfaces may boost the success of medical implants
Read article: Nano-pillars fight the build-up of bacteria
Survey indicates most support for price rises when bill includes information on both carbon dioxide and sulphur dioxide emissions
Read article: US customers prepared to pay 40% more for cleaner electricity
Descriptions of multilayer graphene superlattices with rotations between planes identify new states that may be useful for environmentally robust quantum bits
Read article: Topological superconductivity predictions tout graphene for quantum computing
First use of protons for plasma wakefield acceleration shows great promise for future colliders
Read article: Proton pulses accelerate electrons to 2 GeV
New technique accurately measures the tension of a cellular membrane, so shedding more light on how biological cells naturally adjust their surface area to volume ratio
Read article: Fluorescent ‘flipper’ probe measures membrane tension
A workflow involving 3D virtual and 3D-printed models could change the management of complex spinal surgeries
Read article: 3D printing facilitates complex spinal surgery
