A new U.S. startup uses 3D-printed cartridges to recover high-purity critical minerals from industrial and e-waste.

Researchers demonstrated a 3D printing process that deposits tungsten carbide only where needed while preserving extreme hardness.

The debut model is expected to offer a driving range of about 248 miles (400 kilometres) on China’s standard test cycle, ...

Tested at -24 degrees Fahrenheit, the Kia EV4 achieved nearly 250 miles and rapid charging in Norway's toughest winter EV ...

Engineered biochar paired with artificial humic substances boosts sunlight-driven reactions for pollution cleanup ...

On February 5, the US-based battery developer announced the launch of its first commercial solid-state battery program in the ...

Pacific Fusion's latest experiments at the Z Pulsed Power Facility use magnetic diffusion to "pre-magnetize" fuel.

Researchers engineer ultra-thin 2D layers in perovskite solar cells, cutting buried interface defects by 90% and boosting ...

A Xiaomi SU7 Pro electric vehicle has taken Chinese social media by storm after reporting 94.5 percent battery health after ...

HYDRA-400 drone is a new generation of ultra heavy-lift uncrewed aerial vehicle and it uses a hybrid combination of electric ...

A Japanese fusion company's latest milestone brings us a step closer to practically limitless energy through nuclear fusion.

Driven by osmotic pressure, thermodynamic constraints, and system losses, desalination remains an energy-intensive process ...