
New silver coating could increase safety of lithium batteries
Researchers design an ultrathin structure that prevents dendrite growth and improves loading efficiency.

Researchers design an ultrathin structure that prevents dendrite growth and improves loading efficiency.

The invention is solar powered and designed to operate in regions with very low humidity.

A study reveals that few facilities generate the majority of emissions, opening a direct pathway for their immediate reduction.

This experiment confirms its feasibility as part of future life support systems for extended off-earth missions.

Current procedures require several hours to achieve the same storage capacity.

Researchers integrate bacteria into cement to create structures that store electricity and recover their capacity after receiving nutrients.

The company operates by firing dozens of supersonic plasma jets that converge to form a spherical layer with magnetized plasma compression capabilities.

Everyday thermoplastics fuse with asphalt without extra energy, allowing them to be used as a base for more sustainable roads.

These materials were manufactured with thermoplastics and foams of biological origin and will be tested in real conditions.

Northwestern researchers succeed in converting mixed plastic waste into oils and waxes without prior separation.

Every year 140 million tons of carbon are lost in aboveground biomass due to the replacement of mature forests by young forests.

MnB₂ outperforms aluminum in energy and volume, optimizing the efficiency and safety of future manned or cargo space missions.