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
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
Getting the best glimpse of first-generation stars in the universe
VLT sees the brightest distant galaxy and signs of 'population III' stars
Read article: Getting the best glimpse of first-generation stars in the universe
US cosmic-ray observatory set for expansion
Telescope Array in the Utah desert plans to quadruple in size
Read article: US cosmic-ray observatory set for expansion
Philae comet lander wakes up from hibernation mode
Probe could restart science operations soon
Read article: Philae comet lander wakes up from hibernation mode
New study could help predict floods caused by atmospheric rivers
'Amazon rivers in the sky' could be driven by coherent structures in the wind
Read article: New study could help predict floods caused by atmospheric rivers
Physicists blow magnetic bubbles
Skyrmions on demand could enable ultra-dense memory
Read article: Physicists blow magnetic bubbles
How to make a better quantum thermometer
Physicists develop theoretical framework for measuring heat in tiny objects
Read article: How to make a better quantum thermometer
