These hair-like structures with applications in robotics are now reprogrammable, negating the need to replace them after one use.
![Teaching old magnetic cilia new tricks](https://www.advancedsciencenews.com/wp-content/uploads/2024/05/Cilia_Figure.jpg)
These hair-like structures with applications in robotics are now reprogrammable, negating the need to replace them after one use.
An energy-harvesting wearable patch continuously monitors blood sugar levels via sweat to prevent hypoglycemic events in diabetic patients.
Discover how cellulose may revolutionize flexible electronics, replacing plastics in eco-friendly, sustainable substrates for innovative devices.
Liquid crystals that generate unclonable fingerprint-like patterns could make the sale of counterfeit goods and theft of personal data much more difficult.
The device provides a powerful tool for studying and treating diabetes, allowing personalized modelling by using patients’ own cells.
A new battery design not only provides energy,not only provides energy, but facilitates automatic surfacing and diving mechanisms in electronic, underwater equipment.
A tiny battery built into smart contact lenses produces its own power through eye blinking, relying on tears and oxygen to power its cells.
A team led by Wubin Bai developed a novel wearable sensor patch that provides a safe, real-time, less invasive and low-cost way to track a patient’s recovery.
Wearable devices for health monitoring don’t have to be limited to just smart watches and fitness trackers.
It’s well understood that any mask reduces the transmission of viral particles but some are more effective than others.