Pushy bacteria create their own superfluids
Collective motion of bacterial swimming could power tiny motors
Read article: Pushy bacteria create their own superfluids
Read article: Pushy bacteria create their own superfluids
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
Liquid droplets create logic circuits
Magnetic fluids could drive large-scale parallel chemical analysis
Read article: Liquid droplets create logic circuits
Scientists reveal how a sea sponge gets its remarkable strength
Fibres made of concentric cylinders help creature cling to the sea floor
Read article: Scientists reveal how a sea sponge gets its remarkable strength
A quantum sense of smell
Why does an orange smell like an orange? The answer may have a quantum connection
Read article: A quantum sense of smell
How to make droplets chase each other and self-assemble into devices
Simple mixtures of water and food colouring have a rich variety of behaviours
Fractal patterns seen on emerging cancerous cells
Study could point to new ways of preventing some cancers
Read article: Fractal patterns seen on emerging cancerous cells
Virus mapped in 3D using X-ray pulses
New technique could help combat HIV and influenza
Read article: Virus mapped in 3D using X-ray pulses
Ultrasound puts a new twist on light
System sculpts and guides Bessel beams
Read article: Ultrasound puts a new twist on light
Heart-muscle model could help pinpoint regions of atrial fibrillation
Research could lead to better surgical treatments for preventing strokes
Read article: Heart-muscle model could help pinpoint regions of atrial fibrillation
