Soft matter and liquids Research update New printer can use honey or liquid metal as ink Acoustic technique allows droplets of highly viscous fluids to be formed on demand Read article: New printer can use honey or liquid metal as ink
Soft matter and liquids Research update Brownian motion melts a quasicrystal of tiny Penrose tiles New lithographic fabrication technique could create new colloidal materials Read article: Brownian motion melts a quasicrystal of tiny Penrose tiles
Soft matter and liquids Research update Barnacles are no match for mushroom-shaped microstructures Non-wetting, silicone-based coating stops marine organisms from sticking to surfaces Read article: Barnacles are no match for mushroom-shaped microstructures
Biofabrication Feature Print me an organ As innovations in 3D bioprinting begin to impact the commercial and clinical worlds, Margaret Harris explains how these advances could prove significant Read article: Print me an organ
Soft matter and liquids Feature Liquid mysteries John Proctor explains how liquids still puzzle scientists, despite being one of the three basic states of matter Read article: Liquid mysteries
Soft matter and liquids Research update Clothes washing mystery solved by physicists Rinsing creates chemical and electrolyte gradients that remove stubborn dirt Read article: Clothes washing mystery solved by physicists
Soft matter and liquids Research update Evidence mounts for liquid-liquid transition in supercooled water Low-temperature phase resembles glass Read article: Evidence mounts for liquid-liquid transition in supercooled water
Soft matter and liquids Research update Physicists create droplets inside bubbles New encapsulation structure could have industrial and medical applications Read article: Physicists create droplets inside bubbles
Soft matter and liquids Research update How to eavesdrop on underwater conversations Thin acoustic metasurface helps sound to cross from water to air Read article: How to eavesdrop on underwater conversations
Soft matter and liquids Research update Soft robots walk like caterpillars and swim like jellyfish Highly mobile devices are controlled by magnetic fields Read article: Soft robots walk like caterpillars and swim like jellyfish