Transport properties Research update Cyborg roses become transistors and logic gates Conductive polymer turns living plants into electronic devices Read article: Cyborg roses become transistors and logic gates
Biophysics Feature Surviving at the extremes: the physics of ‘extremophiles’ Lorna Dougan explains how physicists are helping to unravel the properties of organisms in Earth's least hospitable places Read article: Surviving at the extremes: the physics of ‘extremophiles’
Soft matter and liquids Research update Swarming fire ants show solid and liquid properties New research delves into the mechanics of aggregated fire ants Read article: Swarming fire ants show solid and liquid properties
Transport properties Research update Genetic engineering boosts energy transport in artificial photosynthesis Viral scaffolding allows excitons to travel faster and further Read article: Genetic engineering boosts energy transport in artificial photosynthesis
Soft matter and liquids Research update Could ‘Schrödinger’s bacterium’ be placed in a quantum superposition? Physicists explain how to bring a famous thought experiment to life Read article: Could ‘Schrödinger’s bacterium’ be placed in a quantum superposition?
Mathematical physics Research update Do general anaesthetics trigger a phase transition in the brain? Model suggests tiny change in communication could have large effect on neuron interaction Read article: Do general anaesthetics trigger a phase transition in the brain?
Structure and dynamics Research update Protein pulling reveals a new way that molecules resist external forces Atomic-force-microscopy study could help in the development of protein-inspired machines Read article: Protein pulling reveals a new way that molecules resist external forces
Optical physics Research update Eye shape reveals whether animal is predator or prey Horizontal pupils keep grazers safe, vertical pupils help predators to ambush prey Read article: Eye shape reveals whether animal is predator or prey
Structure and dynamics Research update Pushy bacteria create their own superfluids Collective motion of bacterial swimming could power tiny motors Read article: Pushy bacteria create their own superfluids
Surfaces and interfaces Research update Reptile skin inspires super-slippery steel surfaces Copying patterns found on snakes and lizards could reduce friction in tiny machines Read article: Reptile skin inspires super-slippery steel surfaces