Spanish researchers have built a 3D bioprinter that creates human skin, one layer at a time. The primary application is cosmetics and drug testing, finally bringing an end to animal testing. If tests deem it biocompatible, the printed skin could also prove very useful as a replacement for burned victims, for instance.
AT THE Gatina branch of Bridge International Academies, on the outskirts of Nairobi, Nicholas Oluoch Ochieng has one eye on his class of five-year-olds and the other on his tablet. On the device is a lesson script. Every line is written 7,000 miles away, in Cambridge, Massachusetts.
Humanoid robots, with cultural awareness and a good bedside manner, could help solve the crisis over care for the elderly, academics say.
An international team is working on a £2m project to develop versatile robots to help look after older people in care homes or sheltered accommodation.
There was no shortage of gadgets at CES, and there will be no shortage at Toy Fair next month, of robots and gadgets promising artificial intelligence — and generally falling short. But a more modest approach from an actual AI researcher has produced a clever and accessible way to create lifelike behavior through a simple and elegant modification of a popular existing robot.
Behold, the world’s first 3D-printed pedestrian bridge. Inaugurated December 14 in the park of Castilla-La Mancha in Alcobendas, just south of Madrid in Spain, the 40-foot-long is made up of eight parts, each one comprising layers of fused concrete powder micro-reinforced with thermoplastic polypropylene.
Robots are coming for all our jobs, but we’ve still got the edge in a few key areas.
McKinsey’s new report on the future of automation notes that humans are better than robots at: spotting new patterns, logical reasoning, creativity, coordination between multiple agents, natural language understanding, identifying social and emotional states, responding to social and emotional states, displaying social and emotional states, and moving around diverse environments.
IBM recently unveiled its “IBM 5 in 5” list of innovations it believes could change the world in five years. The first prediction is that machine learning and natural language processing will be able to predict and monitor mental health issues.
The robot on an oil drillship in the Gulf of Mexico made it easier for Mark Rodgers to do his job stringing together heavy, dirty pipes. It could also be a reason he’s not working there today.
It all started with a fish tank. It was the 1990s, while I was in grad school working on a project for University of Michigan’s Advanced Technology Lab in their EE department. Someone at another university had aimed a webcam at the office fish tank and published the feed on the early web.
Were you an art student wowed by Barcelona’s architecture? A budding scientist inspired by Switzerland’s CERN? Perhaps you are now a historian who is still moved by the memory of visiting France’s Somme battlefields.
TESLA HAS ALWAYS been about pushing full speed toward a tech-tastic future. CEO Elon Musk wouldn’t settle for making a luxurious, sexy, environmentally-friendly electric car. He made one that could hit 60 mph in 3.2 seconds. Then 2.8 seconds. Then 2.5.