Soft matter and liquids Research update Has liquid metallic hydrogen on Jupiter been recreated in the lab? Controversial claim by Harvard University researchers disputed by other scientists Read article: Has liquid metallic hydrogen on Jupiter been recreated in the lab?
Soft matter and liquids Research update Mpemba effect could occur in granular fluids Odd phenomenon that hot water freezes faster than cold appears to be mirrored in granular media Read article: Mpemba effect could occur in granular fluids
Soft matter and liquids Feature The physics of bread Robert P Crease talks to Nathan Myhrvold – author of the new five-volume blockbuster Modernist Bread – about the science and history of our favourite foodstuff Read article: The physics of bread
Soft matter and liquids Research update Shape-shifting soft projectiles travel faster Surprising result exploits objects’ deformation Read article: Shape-shifting soft projectiles travel faster
Soft matter and liquids Research update Squishy-sphere splashes could lead to better speedboats Flash Physics: need-to-know updates from the world of physics Read article: Squishy-sphere splashes could lead to better speedboats
Soft matter and liquids Research update How to make liquid drops with rings like Saturn Flash Physics: need-to-know updates from the world of physics Read article: How to make liquid drops with rings like Saturn
Soft matter and liquids Research update Bubble cavitation spotted in liquid crystals Flash Physics: need-to-know updates from the world of physics Read article: Bubble cavitation spotted in liquid crystals
Soft matter and liquids Research update Rotational superradiance spotted as water swirls down a drain "Bathtub-wave" experiment could shed light on black-hole physics Read article: Rotational superradiance spotted as water swirls down a drain
Soft matter and liquids Research update Is turbulent flow universal after all? Logarithmic relation holds true for different channel types Read article: Is turbulent flow universal after all?
Surfaces and interfaces Feature Smooth sailing Superhydrophobic surfaces with the right microscopic structures could help reduce friction on ships, as CJ Kim explains Read article: Smooth sailing