Researchers at UC San Francisco have enabled a paralyzed man to control a robotic arm using a device that transmits signals from his brain to a comp ...

A new brain-computer interface (BCI) has enabled a paralyzed man to control a robotic arm by simply imagining movements.

A reality where a paralyzed patient thinks about moving his limbs while a robotic arm imitates his intention has finally been ...

Tiny sensors on the surface of his brain detect brain activity which are interpreted by a computer to control the robotic arm. The arm can grasp, move and drop objects. Footage released by the ...

External control arms (ECAs) - also known as synthetic control arms - are based on real world data (RWD) pulled from electronic health records, medical claims, wearable devices and other sources ...

A man paralyzed by a stroke has become able to pick up and move objects using a robotic hand controlled by his thoughts.

A robotic arm commanded by the human brain is allowing a paralyzed man to manipulate his environment with fine control.

Across the industry, pharma companies are turning to AI and real-world data to address many of the challenges of running clinical trials. But what does it take to implement these innovations?

and the United States and China discuss nuclear arms control. Zelenskyy in Washington, Spain Tries to Form a Government, UN Spotlights Nuclear Weapons, and More Ukrainian President Volodymyr ...