Topics

Researchers at the University of Hong Kong create soft transistors that mimic brain cells, opening new ways to blend electronics with living tissues for health and tech advances.

Insects carrying sensors, occasionally guided by shocks, could cooperate in swarms to search for people after disasters.

A soft polymer material inspired by marine animals can quickly alter its surface to create fine textures and vibrant colors, with potential uses in robotics and wearable tech.

Researchers discover that a single-celled creature uses calcium and a unique fishnet-shaped structure to move much faster than human muscles.

Researchers develop a rapid 3D imaging system to map the peripheral nervous system's fine structures in small animals, offering new insights into neural connections and disease mechanisms.

New compact wireless OLED light source could one day replace electrical body stimulation methods

DTU researchers create a flexible, self-healing electronic material for healthcare and robotics.

Tiny robots apply controlled force to guide stem cells into bone, opening doors for faster tissue repair treatments.

The work investigates whether natural vibration frequencies can help p53 activate specific gene groups to support dna repair and limit cancer risk.

Stretchable materials modeled on brain chemistry allow computing devices to bend with organs and use very low power for health monitoring and prosthetics.