Powered by 3D printer technology, people are making prosthetics at a fraction of the cost. Watch this episode of “Superhuman” for the story of how e-NABLE, an online network of volunteers, has created 3,000 bionic hands for people in need (mostly kids) across 90 countries.
Sending things into space is really expensive. But what if we didn't have to? What if everything in space was made in space?
Joseph had one of the most complicated heart conditions his doctors had ever seen. He faced a long and dangerous operation or a heart transplant. Without either, he wouldn't survive. Opting for surgery, Dr. Petros Anagnostopoulos at the American Family Children's Hospital prepped like few have ever done. He and his team 3D-printed a copy of Joseph's heart that they could explore and understand. It was another step forward...
Experimental procedures offer beta solutions for girls, and more time to figure it out for boys.
Right now, assistive bionic technology is really cool and really expensive. This is how it will get better and cheaper.
A Duke robotics PhD student and his partner think they have a way ease tensions while deep-rooted differences are hashed out.
The story of how 3D printing gave Ryan Hines a chance to regain his independence for $150. And how he's now offering the same chance to others.
Linc Gasking, co-founder of VR startup 8i, discusses the day-to-day grind and big picture excitement of being an entrepreneur.
Despite rigorous prep, astronauts often have to improvise when things go wrong in space. And a lot more duct tape is involved than you may expect.
When the New Horizons spacecraft launched in 2006, Pluto was still a planet and the iPhone didn't exist.
By 2050, there may be more plastic by weight in the ocean than there are fish. To add to that, 1.3 billion tons of the food produced each year globally is wasted or lost. Canadian innovator Luna Yu hopes to transform these problems by turning waste into biodegradable plastics.
Businesses have gotten to space; now what?