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"In a massive new research report, analysts at investment bank Citi take a close look at 10 technologies they say will disrupt the way we do business.  They've dipped into practically every sector you can think of: energy, entertainment, IT, manufacturing, and transportation among them. Some of these technologies have been with us for awhile, but are poised to get better or cheaper. Others have only recently surfaced, but will be ubiquitous in a matter of years. This is what they say the future is going to look like."  (Slide Deck of Disruptive Technologies with Titles listed below) .... 3-D Printing .... e-Cigarettes .... Genomics and Personalized Medicine .... Mobile Payments (idiots didn't include Dwolla - the most disruptive technology in this sector .... Energy Exploration Technology .... Oil to Gas Switching  (Compressed Natural Gas - CNG - for Vehicles) .... Streaming Entertainment .... The SaaS Opportunity - Software as a Service (Check out the Graph! Projected to be an $18 Billion market led by Google Apps, Microsoft 365 and Amazon Web Services (?) .... Software Defined Networking -SDN-  a projected $3.7 Billion market .... Solar Photovoltaics  -Semiconductor generated electrical current within solar panels  

Very interesting article describing the near market ready potential of "supercapacitor" batteries.   This is truly game changer stuff, and very interesting to me since i've been following the research and development of "graphene technologies" for some time.  The graphene superconductor targets the future of both energy and computing.  But graphene is also at the cutting edge of "faster, better, cheaper" water desalinization!  Nor does it take a rocket scientist to see that a graphene nano latice will have an enormous impact on methods of separating water (H2O) atoms to create an electical current - a cost free flow of electons.   Very well written research! excerpt: "an article in the recent issue of Nature Communications on a novel way to mass-produce so-called superconductors on the super-cheap - using no more equipment than the average home CD/DVD burner. Hacked together by a group of research scientists at UCLA, the ingenious technique is a way of producing layers of microscopically nuanced lattices called graphene, an essential component of many superconductor designs. It holds the promise of rapidly dropping prices for what was until now a very expensive process. You see, we've known about the concept of supercapacitors for decades. In fact, their antecedent, the capacitor, is one of the fundamental building blocks of electronics. Long before the Energizer Bunny starting banging its away around our television screens, engineers had been using capacitors to store electrical charge - originally as filters to help tune signals clearly on wireless radios of all sorts. The devices did so by storing and releasing excess energy, but only teeny amounts of it... we're talking millions of them to hold what a simple AA battery can. Over the years, however, scientists worked on increasing their storage capacity. Way back in 1957, engineers at General Electric came up with the first supercapacitor... but back then there were no uses for it. So, the technology

Very interesting graphic and the numbers are stunning.  One of the cornerstones of "Productivity" is Office and Business Process Automation.  Here they use the term "Automation of knowledge work".  The impact of improvements in this sector between 2013 and 2025 is estimated to be $5.2 to $6.7 TRILLION.   "McKinsey's Global Institute discusses this in its latest report, Disruptive Technologies: Advances that will transform life, business, and the global economy. It came up with a list of 12 technologies that could have a potential economic impact between $14 trillion and $33 trillion a year in 2025. The authors write that "some of this economic potential will end up as consumer surplus; a substantial portion of this economic potential will translate into new revenue that companies will capture and that will contribute to GDP growth. Other effects could include shifts in profit pools between companies and industries." The 12 disruptive technologies include: mobile Internet, automation of knowledge and work, Internet of things, cloud technology, advanced robotics, autonomous and near-autonomous vehicles, next-generation genomics, energy storage, 3D printing, advanced materials, advanced oil and gas exploration and recovery, renewable energy."

On "Internet of Things," see e.g., https://www.youtube.com/watch?feature=player_embedded&v=yp8AjMBG87g

"Author Neal Stephenson discusses his views on the appeal of printed media and the recent developments in sci-tech that have captured his interest." +1  Excellent

James Gleick. In his formidable new book, The Information, Gleick explains how we've progressed from seeing information as the expression of human thought and emotion to looking at it as a commodity that can be processed, like wheat or plutonium. It's a long, complicated, and important story, beginning with tribal drummers and ending with quantum physics, and in Gleick's hands it's also a mesmerizing one. Wisely, he avoids getting bogged down in the arcane formulas and equations of information theory-though (fair warning) there are quite a few of those-but rather situates his tale in the remarkable lives and discoveries of a series of brilliant mathematicians, logicians, and engineers