The glasses are designed to make it easy for surgeons to differentiate cancerous cells from healthy cells.
Researchers at the Washington University School of Medicine have developed high-tech eyewear that helps surgeons detect cancer cells, which glow blue when viewed using the special glasses.
Google announced its next big project last week—smart contact lenses intended to help diabetics manage their condition. The tiny contact lens uses a wireless chip attached to a glucose sensor that measures glucose levels in tears.
A machine called PulseWallet scanns the veins in your hand and charges your credit card to pay for things. PulseWallet, or palm scanners like it, might soon call your local Starbucks home and provide one more way to pay for your Pumpkin Spice Latte.
Are you burdened by carrying too much stuff around? Maybe you have health problems, or maybe you’re a student with loads of heavy textbooks, or a traveler with heavy carry-on luggage. Or maybe you’re just incredibly lazy. Five Elements Robotics has created Budgee, a cute robot that will carry all your stuff for you.
Thomas Frey with the Keecker robot — a new way to experience digital media – at CES 2014.
People love their screens. Many of us have TVs in multiple rooms in our homes. We may prop our tablet up in the kitchen when we cook and tap away at our smartphone screen anywhere we happen to be. We like being able to access content at all times and go to great lengths to make it available to ourselves.
Inspired by the gecko, a robot that crawls up walls has taken a small but important step towards a future in space, scientists said on Thursday. The tiny legged prototype could be the forerunner of automatons that crawl along the hulls of spacecraft, cleaning and maintaining them, the European Space Agency (ESA) said.
Going out for an evening can be a lot of fun, but when you have to wait in a long line at the coat check to retrieve your garment it kind of loses it’s appeal. But now there is an electronic tagging system designed to speed that process up by making it much easier for the coat checker to find your garment. (Video)
In 2013, the tech world gave us plenty talk about. We can build smarter robots. We can 3D-print pretty much anything. Tablet wars are still going strong, Snapchat is still a thing, and now we can binge-watch our favorite TV shows in more ways than ever before. (Videos)
On November 7, 2014, I attended the “Idea Jam – Innovating for the Future” session put on by the Pacific Center for Workforce Innovation in San Diego. The purpose of the session was to identify the major challenges to the San Diego workforce in the coming years and to generate audience participation in visioning exercises to explore new and innovative workforce development ideas. The event was held at Colman University, and major sponsors were SDG&E, Qualcomm, the Eastridge Group, Point Loma Nazarene College, and Cal State University, San Marcos.
To get our creative juices flowing, Master of Ceremonies Susan Taylor, San Diego’s TV news icon, introduced futurist speaker, Thomas Frey, of the DaVinci Institute as the keynote speaker. It is difficult to do justice to his very visual presentation of images of break-through technologies, but his statements alone created much food for thought about the future. He stated, “We are a backward-looking society…the future gets created in the mind. The future creates the present…Visions of the future affect the way people act today.” He rhetorically asked, “What are the big things that need to be accomplished today?
For many more people than realize it, electric cars are already adequate for their needs and better than a gasmobile for their bank account and quality of life. However, it often isn’t good enough for disruptive technology to be better than the incumbents. It has to be much better. The target for electric cars, in order to meet that challenge, is a very long-range and affordable electric car. That would bring electric car convenience to another level, and leave gasmobiles with not a single actual advantage over electric cars, compared to nearly 10 for electric cars.
A robotic muscle 1,000 times more powerful than a human’s has been developed by American scientists. The robotic muscle uses a revolutionary material that fluidly changes its properties.
The Cubli is a 15 × 15 × 15 centimeter cube that can jump up and balance on its corner. Reaction wheels mounted on three faces of the cube rotate at high angular velocities and then brake suddenly, causing the Cubli to jump up.