Materials Research update Probing the gelation of egg whites with X-ray scattering The surprisingly dynamic behaviour of a familiar food Read article: Probing the gelation of egg whites with X-ray scattering
Soft matter and liquids Research update Liquid-jet evolution is driven by surface tension, not gravity Study reveals why jets created by falling droplets are self-similar Read article: Liquid-jet evolution is driven by surface tension, not gravity
Soft matter and liquids Research update Hydroplaning of tyres is imaged using tiny fluorescent particles Cavities or air bubbles may be created by tyre treads Read article: Hydroplaning of tyres is imaged using tiny fluorescent particles
Cryosphere Research update Iceberg melting is driven by geometry, experiments reveal Updated model of how icebergs melt could inform climate change predictions Read article: Iceberg melting is driven by geometry, experiments reveal
Soft matter and liquids Podcasts How sidewinder snakes slither sideways, the challenges of creating sustainable infrastructure This week’s podcast features a snake locomotion expert and a sustainable infrastructure specialist are on the podcast this week Read article: How sidewinder snakes slither sideways, the challenges of creating sustainable infrastructure
Biophysics Research update Accelerating egg yolks shed light on brain injuries Study provides insight into why twisting impacts on the head are dangerous Read article: Accelerating egg yolks shed light on brain injuries
Soft matter and liquids Research update ‘Hyperbolic hedgehog’ steers active droplets in a liquid crystal New propulsion system could model human cell migration Read article: ‘Hyperbolic hedgehog’ steers active droplets in a liquid crystal
Soft matter and liquids Research update Honey flows faster than water in specially coated capillary tubes Surprise discovery could give microfluidics a boost Read article: Honey flows faster than water in specially coated capillary tubes
Soft matter and liquids Research update ‘Marangoni surfers’ propel themselves to high speeds Janus particles are driven by gradients in surface tension Read article: ‘Marangoni surfers’ propel themselves to high speeds
Soft matter and liquids Research update Inverted buoyancy makes tiny boat appear to defy gravity Counter-intuitive effect created in a vibrating liquid Read article: Inverted buoyancy makes tiny boat appear to defy gravity