Pushy bacteria create their own superfluids
Collective motion of bacterial swimming could power tiny motors
Read article: Pushy bacteria create their own superfluids
Read article: Pushy bacteria create their own superfluids
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
Bountiful buckyballs resolve interstellar mystery
C60 molecules might abound in the universe
Read article: Bountiful buckyballs resolve interstellar mystery
X-ray analysis sheds light on fading Modernist paintings
Whitening of yellow pigments linked to degradation of cadmium sulphide
Read article: X-ray analysis sheds light on fading Modernist paintings
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
Kirigami patterns make composite materials more stretchy, while staying strong
Method could be used to make flexible electronics and optoelectronic devices
Read article: Kirigami patterns make composite materials more stretchy, while staying strong
Does time dilation destroy quantum superposition?
Interplay between gravity and quantum mechanics should be observable on Earth
Read article: Does time dilation destroy quantum superposition?
Graphene light bulb shines bright
Devices could be used to make transparent, flexible displays of the future
Read article: Graphene light bulb shines bright
Single-molecule diode has record-breaking current
Highest rectification ratio ever measured for such a device
Read article: Single-molecule diode has record-breaking current
New maze-like beamsplitter is world’s smallest
Device could be used for "light-speed" photonic computing
Read article: New maze-like beamsplitter is world’s smallest
