Web life: Journal Club for Condensed Matter Physics
The venerable "journal club" concept is thriving in the online environment
Read article: Web life: Journal Club for Condensed Matter Physics
Read article: Web life: Journal Club for Condensed Matter Physics
Stretchable graphene transistors inspired by kirigami
Japanese art of paper cutting used to make micron-sized electronic and mechanical devices
Read article: Stretchable graphene transistors inspired by kirigami
Metal foams could make promising radiation shields
Environmentally friendly foams could be used in everything from space travel to nuclear reactors
Read article: Metal foams could make promising radiation shields
Room at the bottom
A biography of Silicon Valley's "quiet revolutionary", Gordon Moore, gets Paul Michael Grant thinking about the future of Moore's eponymous law
Read article: Room at the bottom
Bountiful buckyballs resolve interstellar mystery
C60 molecules might abound in the universe
Read article: Bountiful buckyballs resolve interstellar mystery
Computer-chip features shrink to 7 nm
Silicon-germanium and extreme ultraviolet lithography keep Moore's law on track
Read article: Computer-chip features shrink to 7 nm
Crystal phase-transitions keep babies in third-world countries warm
Researchers develop non-electric incubating blankets for use in villages
Read article: Crystal phase-transitions keep babies in third-world countries warm
Graphene coating boosts battery performance
Carbon layers allows silicon nanoparticles to expand and contract without damage
Read article: Graphene coating boosts battery performance
Spectrometer made from quantum dots is compact and low cost
Devices could someday be used in household appliances
Read article: Spectrometer made from quantum dots is compact and low cost
Thin semiconductors go through the Mott transition
Research could help build photonic devices from novel 2D transition metals
Read article: Thin semiconductors go through the Mott transition
