At the Pioneers Festival in Vienna last month, AeroMobil, a Slovakian startup, unveiled the thing that we have all been dreaming about since we saw that first episode of the Jetsons while still wearing diapers: The flying car. (Pics and video)
Social media is a very real and ongoing aspect of our everyday lives.
Recently, there has been some discussion on what schools should be teaching students. The United Kingdom announced last month to add cybersecurity to its curriculum in response to a lack of education in the field and the rising industry skills gap.
Smartphone users found they use their smartphones for 221 tasks consuming three hours and 16 minutes per day.
Here are a few stats that were pulled together for the Code/Mobile conference that provide a snapshot of just how pervasive mobile technology is today.
2014 is the “watershed year” for Wi-Fi, according to Ruckus Wireless. The company predicted the number of hotspots across the world would increase to 5.8 million by next year, an increase of 350 per cent from the number in 2011. (Video)
The marvelous thing about horseshoe crab blood besides the baby blue color, is a chemical found only in the amoebocytes of its blood cells that can detect mere traces of bacterial presence and trap them in inescapable clots.
The digital design of the crown is transmitted to a CNC (computer numerical control) milling machine.
By Saul Kaplan: As a tech junkie and geek wannabe I’ve been paying attention to 3D printing and the exploding maker movement. When I say paying attention, I mean reading about it, watching hackers and hobbyists make stuff, and wondering if there is more to the technology than the brightly colored plastic tchotchkes cluttering my desk. 3D printing really hasn’t affected me yet. That is until I recently chipped a tooth and had no choice but to visit my family dentist. It was the dentist’s chair that more than any article or demo converted me to the potential of 3D printing. Sometimes disruption has to hit you right in the mouth before you pay attention.
Paul J. Zak: It is quiet and dark. The theater is hushed. James Bond skirts along the edge of a building as his enemy takes aim. Here in the audience, heart rates increase and palms sweat. I know this to be true because instead of enjoying the movie myself, I am measuring the brain activity of a dozen viewers. For me, excitement has a different source: I am watching an amazing neural ballet in which a story line changes the activity of people’s brains.
“Over the past five years we’ve seen major disruptions to work, and the driver is technology.”
Several trends will profoundly reshape the context and practice of work in coming decades, according to Lynda Gratton, professor of management practice at the London Business School. These include the rebalancing of globalized markets for goods and labor; dramatically changing demographics; the widening of skills gaps; the demise of middle-skill work; and the rise in the importance of talent clusters. But one other stands out as having the most profound impact on the way work is done and, indeed, as underpinning all of these: IT-enabled hyperconnectivity.
Among the many concepts researchers have devised are theoretical tunnels known as wormholes.
Humans have long dreamed of traveling into deep space. That’s the major theme of the science fiction movie Interstellar, which will take Matthew McConaughey and Anne Hathaway to the places we hope to one day reach ourselves. Except for that tiny hiccup called deep space travel.
Users can download the Zachary Quinto-produced film, Banshee Chapter: Oculus Rift Edition.
The virtual reality device, Oculus Rift made it’s debut more than two years ago. Possibilities of what the device can do remain exciting, so far the reality has been less thrilling. But today the technology is taking a big step: A full-length 3-D movie that you can strap to your head and immerse yourself in. (Video)
A specialized fluid and pump has been developed that provide the heart with oxygen, reducing damage and preserving the tissue.
Two Australian patients have had hearts successfully transplanted that had been dead for over 20 minutes thanks to a new method of preservation. The ability to save hearts that have stopped beating will drastically widen the amount of organs available, possibly suiting the needs of 30% of those on the transplant wait list. The research was a joint effort between Victor Chang Cardiac Research Institute and Sydney’s St. Vincent’s Hospital, with Professor Bob Graham leading the team.