A researcher at Dalhousie University is part of a team working on a project that could dramatically improve the batteries that operate electric vehicles.

The upper stage of SpaceX's Starship rocket exploded minutes after launch from Texas on Thursday, leading the aerospace ...

The study, funded by Tesla Canada and the Natural Sciences and Engineering Research Council ... for batteries that last decades, enabling "second-life applications" such as grid-scale energy ...

Single crystal electrodes in lithium-ion electric vehicle batteries enable them to last several times longer than existing technology.

The robot has a 4-hour battery life and can walk at 1.85 mph (2.9 km/h ... The robot has a more amiable physical aspect since ...

Installed in some of the toughest working environments anywhere on the planet, the battery-powered buoys ... Mr Shawn Stoeckley, a mechanical engineer from buoy manufacturers Science Applications ...

APC Collaborative R&D project ELEVATION is a fitting example of this. Launched in 2023 Project ELEVATION aims to accelerate ...

Robots were once consigned mainly to routine tasks in manufacturing and logistics, but now they are slowly spreading their mechanical limbs and stretching into many other areas of life and science.

This will be an incredible year for innovation, driven by AI and for AI, and pushing the limits of fundamental physics.

Vencomatic Group is an important player in the automation of egg production and collection. Director Ton van de Ven still ...

The motorcycle engine has come a long way from its auspicious 19th-century beginnings, evolving over the years to include ...

While he was the first person to have electrodes implanted in his brain to restore function to his own body, others have had ...