Getting to the bottom of foamy physics
New model describes the evolution of bubble clusters
Read article: Getting to the bottom of foamy physics
Read article: Getting to the bottom of foamy physics
Cold-atom random laser simulates stellar clouds
Device could provide insights into astrophysics
Read article: Cold-atom random laser simulates stellar clouds
Nuclear physics goes pear-shaped
Deformed nuclei could point to physics beyond the Standard Model
Read article: Nuclear physics goes pear-shaped
New insights into what triggers lightning
Cosmic rays and water droplets could play lead role in lightning initiation
Read article: New insights into what triggers lightning
Higgs hunters look beyond the Standard Model
Will new physics emerge from 8 TeV collision data?
Read article: Higgs hunters look beyond the Standard Model
Interfering atoms could help detect gravitational waves
New scheme could be cheaper than laser-interferometer designs
Read article: Interfering atoms could help detect gravitational waves
Glass obeys a cracking good law
Simple study could have implications for planetary science and forensics
Read article: Glass obeys a cracking good law
Introducing the magnetic hose
How to transmit magnetic fields over long distances
Read article: Introducing the magnetic hose
How nanocrystals squeeze through nanotubes
Crystals reform at atomic scale to pass through narrow passages within nanotubes
Read article: How nanocrystals squeeze through nanotubes
ALPHA weighs in on antimatter
CERN seeks answers to question of whether antihydrogen falls up or down
Read article: ALPHA weighs in on antimatter
