VC and legendary co-founder of Sun Microsystems, Vinod Khosla, has predicted the future of health. In essence, he has said, our medical lives will become increasingly automated, with ultra-intelligent systems prescribing fine-grain recommendations to nurse us back to health.
We have seen tremendous changes in technology in the short span of two years. IQ by Intel is now casting their gaze toward the future. It has a lot to do with Moore’s Law, an observation made by Intel co-founder Gordon Moore. It states that every two years the number of transistors that can fit on a microchip will double, leading to an exponential rise in computing power and the many groundbreaking advances that derive from it.
Futurist Thomas Frey: A couple weeks ago I turned 60. I remember how old 60 was when I was a kid, and now I’m here.
As a person who spends a lot of time asking “what if” questions, constantly thinking about extreme possibilities, the notion of 3D printing a replacement body for myself became very intriguing.
I remember seeing science fiction movies where cloned bodies were grown over long periods of time, and more recent ones with accelerated cloning technology, but the 3D printing of replacement bodies is a faster option, just now coming into view.
Bioprinting is the process of using 3D printers to form human tissue. This process that has already been used to print replacement kidneys, bladders, livers, skin, bones, teeth, noses, and ears, as well as prosthetic arms and legs. This is a list that didn’t even exist 5 years ago, but is now growing on a regular basis.
At TED2014, the speakers and attendees were asked to riff off the conference’s theme (“The Next Chapter”) and tell them what might radically change society, life, technology and so on in the next 30 years. The answers may surprise you.
The Internet of Things is poised to be the next wave of technology to wash over Silicon Valley and it may create a $290 billion global market by 2017, building on past tech waves like mobile, software, personal computers and semiconductors.
We love to think about the future; the endless possibilities, the opportunities for amazing technologies and the prospect of a better life for all. Below are five things from Urban Times thinks we can expect and want to see happen over the next 100 years for #PhilipsFuture campaign…
The Internet of Things will impact the daily lives of most people who live in developed areas by 2025.
Experts predict that the “Internet of Things” will bring improvements in convenience and efficiency by 2025, but at the expense of privacy, social divisions and complex problems.
How do you code something as abstract as moral logic into a bunch of transistors?
Are robots capable of moral or ethical reasoning, knowing right from wrong? Not yet. But the U.S. government is spending millions on developing machines that understand moral consequence.
Futurist Thomas Frey: Some of us get bitten by the genealogical bug early in life, others a bit later. But there are few of us who haven’t been haunted by the question – where did I come from?
When private space is an established industry in the not-so-distant future, different carriers will provide distinctive customer experiences for space tourists—just as Jet Blue and Delta airlines provide different inflight amenities. At least that’s what Boeing is banking on with its recently unveiled interior designs for the CST-100 space capsule.
The future of airline travel looks almost enjoyable.
Airline seats are uncomfortable, bulky, cramped, outdated and — from an airline’s point of view — overpriced. It’s no wonder then that many carriers are looking to make a change. (Pics)
The newly-developed self-healing plastic can take rather extensive damage and heal it through a process of regeneration.
There are several self-healing substances in the world, ranging from the LG G Flex’s scratch-healing casing to Stanford’s synthetic self-healing skin. A plastic developed by the University of Illinois is one of the latest plastics developed that regenerates when damaged.