Addressing global elderly care resource shortages, social robots provide companionship and assistance, enhancing the well-being and independence of the elderly. But, some researchers are beginning to question if these devices are ready for widespread use or if the investment in technology is better spent in traditional care methods. Explore the debate in our recent Nature sponsor feature here

As debate rages over the abilities of modern AI systems, scientists are still struggling to effectively assess machine intelligence.

There might be a learning curve as AI tools grow in popularity, but this technology offers teachers opportunities to help pupils acquire new skills around formulating questions and in critical thinking.

As mobile machines travel farther from the grid, they’ll need lightweight and efficient power sources.

When the makers of electronic implants abandon their projects, people who rely on the devices have everything to lose.

Engineers look to nature for ideas on how to make robots move through the world.

Tiny machines that deliver therapeutic payloads to precise locations in the body are the stuff of science fiction. But some researchers are trying to turn them into a clinical reality.

Artificial-intelligence researchers turn to lifelong learning in the hopes of making machine intelligence more adaptable.

Robots have become increasingly adept at interacting with the world around them. But to fulfil their potential, they also need a sense of touch.

The FII Institute's partnership with HEC Paris aims to make a positive impact on humanity through their THINK Pillar. Associate Professor Daniel Halbheer's research chair on "Business Models for the Circular Economy" focuses on reducing resource and environmental footprints while having economic and social benefits.