Researchers are tackling the growing problem of electronic waste by designing wearable electronics from sustainable and recyclable materials.

Researchers are tackling the growing problem of electronic waste by designing wearable electronics from sustainable and recyclable materials.
E-CASE liquid metal adhesive enables flexible connections to make better, tougher flexible electronics for wearables and robotics.
Using a mineral found naturally on Mars, energy and electronics could be easily and sustainably produced on site.
Citrus canker threatens orange orchards, but nano-sponges loaded with a plant-based antibacterial may offer a solution.
Weaving piezoelectric polymers into nanofibers reveals a surprising pathway to boost stem cell growth naturally, without external power.
A liquid metal encapsulated within bio-based shells allows researchers to “draw” functioning electronic circuits with ease.
Click chemistry spins bacterial-produced spider silk into a biomedical marvel, promising innovations in fiber optics, wound healing, and tissue regeneration.
Superamphiphobic materials could keep solar panels clear, glasses clean, and phones fingerprint-free without any manual cleaning.
Swarms of iron-clad algae have been built to sweep through bodies of water to collect elusive bits of micro- and nanoplastics.
Drawing power from the electrical fields of nearby objects, this nanosensor enhances vehicle safety and slashes energy consumption.