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

Scientists develop a method to create medical implants inside the body using ultrasound, without needing to use surgery.

Dropletronic technology could help build devices that can interact with biological systems in a way that's friendly to living tissues.

Scientists use advanced techniques to create tiny metal patterns on living tardigrades, enabling new bio-inorganic hybrid systems.

Researchers design proteins that respond to multiple body signals for targeted treatments, potentially reducing side effects in diseases like cancer.

Three scientists win for inventing spacious molecular structures that capture gases and address global challenges like clean water and pollution.

The oncodarwinian hypothesis proposes that cancer may function as a self-replicating immune process that AIand three-dimensional printing could help reprogram for better control.

This breakthrough uses a protein from living cells as a qubit to sense tiny changes in biology, potentially revolutionizing how we study cells and advance quantum technology.

New technology creates tiny blood vessels to study drug effects and organ interactions

Researchers have built a three-dimensional hybrid system that integrates living brain cells with advanced electronics to perform computation in a new way.