Tuesday, July 30, 2013

Data & Platforms Manager, Education, London

Description:

Are you a data / social platform expert? A global educational publisher, based in London, is looking to appoint a Data and Platforms Manager within the marketing department of their ELT Division.

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This is a global role which will be highly influential and will steer the marketing CRM to deliver improved responses and stronger customer relationships.

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The successful candidate will develop strategies for ELT data and marketing platforms; lead virtual teams in implementation; work closely with colleagues and stakeholders; maximise the value of current data sources; represent the department in the implementation of Salesforce.com worldwide to ensure compatibility with ELT global needs and to be involved in senior management meetings including contributing your expertise to the wider global business. In short, you will be the champion of the use of data, marketing platforms, CRM and social strategies, selling the vision, enthusing colleagues and driving progress.

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The ideal candidate will have demonstrable expertise with CRM and social platform technology and good understanding of agile development techniques. A strategic thinker, you will be able to prioritise competing demands and will have a high degree of influencing and leadership skills. You will have expertise in Project Management ? Prince 2 would be desirable - and are likely to have a degree in a business or technology related subject.

To apply for this position, please contact Abigail Barclayat Inspired Selection publishing recruitment agency (email: a.barclay@inspiredselection.com). Please provide a CV and your current salary details in your application. To view all current opportunities available via Inspired Selection, please visit our website at www.inspiredselection.com.

Inspired Selection operates an Equal Opportunities policy.? We treat all employees and job applicants fairly and equally regardless of their sex, sexual orientation, marital status, race, colour, nationality, ethnic or national origin, religion, age, disability or union membership status.?

Source: http://www.thebookseller.com/jobs/data-platforms-manager-education-london.html

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Sony Xperia Z Ultra launched in India for Rs. 46990

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Sony has officially launched the?Xperia Z Ultra, the company?s latest smartphones in the Xperia series.?Sony?unveiled?the Z Ultra last month and it went on sale in India online last week.?The Xperia Z Ultra has a 6.44-inch?(1920 x 1080 pixels)?Triluminos Display with?with X-Reality engine, powered by 2.2 GHz quad-core Snapdragon 800 processor and runs on Android 4.2 (Jelly Bean). It has a 8-megapixel rear camera with Sony Exmor RS?sensor, 1080p video recording and a 2-megapixel front-facing camera.

Sony Xperia Z Ultra

It has IP55 / IP58 rating for dust and water resistance. It has pen input that recognizes input from a pen or pencil since it has handwriting recognition software . It is the?world?s slimmest Full HD 1080p smartphone?? at just 6.5 mm thick.

It comes bundled with Sony media apps such as Sony Music music and the Sony LIV video streaming app. Sony has partnered with Gameloft to offer Asphalt 7 game that comes per-installed in the device.

Sony Xperia Z Ultra specifications

  • 6.4 inch (1920 x 1080 pixels)?Triluminos Display with X-Reality for Mobiles
  • 2.2 GHz quad-core Qualcomm Snapdragon 800 processor
  • Android 4.2 (Jelly Bean)
  • Pen input with stylus
  • 8MP Primary Camera with Exmos RS sensor,?HDR photos & videos, 1080p video recording
  • 2MP front-facing camera with 1080p video recording
  • 6.5mm thick and weighs 212 grams
  • IP55 /?IP58 rating for dust and water resistance
  • 3.5mm audio jack,?FM Radio with RDS
  • 2GB RAM, ?16GB internal memory,?Upto 64GB expandable memory via microSD card
  • 3G HSPA+, WiFi 820.11 a/b/g/n, Bluetooth, GPS/ GLONASS, NFC
  • 3050mAh Battery

The Sony Xperia Z Ultra is priced at an MRP of Rs. 46990. We already know that the MOP (Best Buy price) of the device is?Rs. 44,990. The Xperia Z Ultra comes in?black, white and purple colors and would be available across India from August 2nd.?Check out our?Xperia Z Ultra hands-on.

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Source: http://www.fonearena.com/blog/76818/sony-xperia-z-ultra-launched-in-india-for-rs-46990.html

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Cause of LED 'efficiency droop' identified

[unable to retrieve full-text content]Researchers have identified the mechanism behind a plague of LED light bulbs: a flaw called "efficiency droop" that causes LEDs to lose up to 20 percent of their efficiency as they are subjected to greater electrical currents.

Source: http://feeds.sciencedaily.com/~r/sciencedaily/top_news/top_technology/~3/Yd4YgJgQL6U/130730150658.htm

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Tim Draper, Bloom Energy's Sridhar: Why now is the perfect time to start up in Japan

San Francisco-based mobile payment startup Square started swiping credit cards in Japan two months ago. Bloom Energy Corp. is about to start selling its power-generating Bloom Boxes in Japan.

Advocates of U.S.-Japan business ties are hoping to build on these relatively isolated but promising expansions by fostering more startup activity. That's both in the form of home-grown Japanese entrepreneurship and by encouraging more American startups to jump into the market.

The Japanese startup cheerleaders include some serious Silicon Valley venture capital muscle.

?The Japanese economy has been flat for a very long time,? said Draper Fisher Jurvetson co-founder Tim Draper at the 2013 Japan Innovation Awards held Friday by the Japan Society of Northern California and Stanford?s U.S. Asia Technology Management Center at Stanford University. ?Now is the time for the entrepreneurs to soar.?

Japan?s economy remains sluggish, especially compared to neighboring China?s recent explosive growth, with even optimistic outlooks for Japan forecasting decades more of GDP stagnation. But on top of Bloom Energy and Square, incubators have started popping up in tech-savvy Japanese cities, according to University of Pennsylvania research.

Draper himself has also helped establish the Draper Nexus venture capital firm, with offices in Silicon Valley and Tokyo dedicated to funding Japanese entrepreneurs. The firm is part of DFJ?s international network of independent venture firms.

For Bloom Energy CEO KR Sridhar, whose company was honored with an award at the event Friday, the big Bloom opening in Japan came just last week.

Lauren Hepler covers economic development, sports, and hospitality for the Silicon Valley Business Journal. She can be reached at 408.299.1820

Source: http://feedproxy.google.com/~r/bizj_sanjose/~3/GS7aAL0Abcw/tim-draper-bloom-energys-sridhar.html

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Toyota struggles to maintain lead on rival GM

Autos

11 hours ago

Toyota Tundra

Toyota

It's been a tough year for Toyota, which hoped to boost its sales numbers with the rugged Toyota Tundra.

For a vehicle with a payload capacity of 2,000 pounds and the ability to tow a 10,000-pound trailer, the 2014 Toyota Tundra will be expected to do some heavy lifting -- and not just on the job site.

It?s been an unusually tough year for Toyota, both here and abroad. While the maker revealed Friday that it had narrowly retained its global sales lead, the gap between the Japanese giant and rival General Motors markedly narrowed and while GM gained 4 percent for the first six months of 2013, Toyota was down 1.2 percent.

It hasn?t helped to be caught up in an ongoing political dispute between China and Japan that even saw rioters burn a Toyota dealership. But the maker has also had some unexpected setbacks in what has long been its most profitable market, the U.S., where two key lines, the midsize Camry and the Prius hybrid ?family,? suffered unanticipated sales declines. Meanwhile, the outgoing Toyota Tundra pickup has failed to take advantage of the revival of the U.S. truck market, the fastest-growing segment in the industry this year.

?Toyota will be perfectly positioned to take advantage of that growth,? once it launches a major update of the Tundra next month, predicted Bill Fay, the head of the flagship Toyota division for the U.S. market, during a media drive of the new pickup. He expects a 30 percent jump in sales next year. In a market dominated by Detroit, that?s little more than an after-thought.

Read more: Ford Hangs Out Help Wanted Sign but Where are All the Applicants?

When the outgoing Tundra was introduced in 2007, many analysts had big expectations for the new truck. So did Toyota, which built a dedicated factory in San Antonio, Texas to handle production. But after initially topping 200,000, sales quickly plunged. While much of that was the result of the overall crash in pickup demand during the recession, Fay admits the truck has lagged the segment?s revival.

And it?s not the only product challenge the maker is facing. The Camry, which has been the nation?s best-selling passenger car for more than a decade, suffered a 2 percent decline during the first half of the year even as the rest of the market surged. Meanwhile, the Prius, itself the long-dominant hybrid model, was off 5 percent between January and June.

Fay downplayed both problems, though he acknowledged both of Toyota?s key models are facing tougher competition. Ford, in fact, has made a successful point of targeting the various Prius models with an assortment of its own gas-electric models, including the Fusion Hybrid and C-Max Hybrid, which set sales records for the first half.

The Japanese maker has had to respond by cutting prices on the Camry and by ramping up incentives on both the midsize sedan and the various Prius hybrids. But it can afford to do so, noted analyst George Peterson, chief analyst with AutoPacific, Inc., noting that the weakened yen has given the Japanese maker more cash to play with.

Read more: VW, GM Top Latest JD Power Survey of "Surprised, Delighted" Car Buyers

While Toyota has been increasing incentives selectively, it still has some of the lowest givebacks in the market, an average $1,660 per vehicle in June, according to TrueCar.com, compared to $2,537 for the industry overall.

And Fay suggested Toyota could further rein in that spending with the launch of four new models in 2014, a list that includes not just the Tundra but an all-new version of the Corolla, the 800-pound gorilla in the compact sedan segment.

Read more: Chevy Impala Wins Respect, Endorsement from Consumer Reports

But analyst Peterson says Toyota has other worries that aren?t so easy to dismiss. The maker has been lagging in recent AutoPacific studies that focus on not only quality, reliability and dependability ? traditional Toyota strengths ? but also on the factors that surprise and delight consumers.

That was echoed by the results of the new J.D. Power APEAL study which also focuses on what the industry calls ?things-gone-right? factors. While Volkswagen and Chevrolet led the industry, the Toyota brand landed fifth from the bottom. Perhaps equally disconcerting, GM also topped the more traditional J.D. Power Initial Quality Survey last month, handily outperforming Toyota.

?The competition isn?t standing still,? said Peterson. ?Toyota has been building acceptable appliances for decades. Now they have to make products that are exciting and sexy.?

Read more: Mini Vision Concept Offers Hint of All New Microcar Coming Later this Year

Indeed, the newly redesigned Toyota Avalon was supposed to be a prime example of what Toyota could do, underscoring the oft-stated goal of CEO Akio Toyoda to put more ?passion? into the brand. But that isn?t as easy as it might seem, as Toyota was reminded when influential Consumer Reports magazine ranked the new Chevrolet Impala tops in the full-size sedan segment, besting the new Avalon.

There are other challenges facing Toyota. For one thing, caution analysts, it has become almost wedded to the Baby Boom generation and is struggling to attract younger, hipper buyers. That was supposed to be the role of Scion. The ?brand-within-a-brand? has clearly been bringing in younger blood ? but despite scoring a hit with the new FR-S sports car, overall Scion sales have fallen sharply the last several years and Toyota is struggling to come up with a rescue strategy.

Read more: Acura Set to Reveal Running Prototype of Reborn NSX Supercar

Despite the challenges, Toyota brand boss Fay insisted he?s ?pleased with the position we?re in? going into the 2014 model-year.

And, indeed, the maker remains a significant force to be reckoned with, echoed analyst Peterson, noting that his research finds Toyota?s reputation has fully recovered from the hits it took during the unintended acceleration scandal of a few years back.

That said, Peterson and other observers warn that despite its size and power, the Japanese giant has some significant and mounting challenges ahead ? enough to strain even a heavy lifter like the new Toyota Tundra.

Copyright ? 2009-2013, The Detroit Bureau

Source: http://feeds.nbcnews.com/c/35002/f/663286/s/2f436664/sc/2/l/0L0Snbcnews0N0Cbusiness0Ctoyota0Estruggles0Emaintain0Elead0Erival0Egm0E6C10A765668/story01.htm

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Friday, June 28, 2013

Complex activity patterns emerge from simple underlying laws, ant experiments show

June 28, 2013 ? A new study from researchers at Uppsala University and University of Havana uses mathematic modeling and experiments on ants to show that a group is capable of developing flexible resource management strategies and characteristic responses of its own.

The results are now published in Physical Review Letters.

Group-living animals are led to regulate their activity and to make decisions on how to manage resources, under the action of a variety of environmental stimuli and of their intrinsic interactions. The latter are typically cooperative, in the sense that the activity of a single animal increases nonlinearly with the number of already active ones.

The researchers monitored experimentally and using mathematical modeling the activity profile of food-searching ants in a natural environment. The number of ants entering in or exiting the nest was recorded as well as the local temperature over several days.

The study shows that the group is capable of developing flexible resource management strategies and characteristic responses of its own. This is achieved by operating in an aperiodic fashion close to a regime of chaos, where nonlinearity is especially pronounced and offers the group more options than just following passively the day/night temperature cycle.

Furthermore, the group bursts into its foraging activity rapidly and subsequently relaxes to the inactive mode more slowly. This flexible behavior is reminiscent of "free will" in the sense that groups' activities are not totally constrained by the environment but on the contrary constitute new, emerging modes of behavior not encoded in the external stimuli or in the activity rhythms of the individuals within the group.

"Our results are likely to account for a wide range of temporal rhythms observed across the animal kingdom as well as in human societies," says Stamatios Nicolis, researcher at the Department of Mathematics, who lead the study.

"For instance, signal processing in the brain typically leads to complex patterns of electrical activity as witnessed by the electroencephalogram whose aperiodic, chaotic-looking structure is not a simple replica of the signal but reflects instead the ability of the brain to store vast amounts information and to process them selectively depending on the circumstances," says Stamatios Nicolis.

Source: http://feeds.sciencedaily.com/~r/sciencedaily/~3/s8EfwWh0yUw/130628091951.htm

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Solar power heads in a new direction: Thinner

June 26, 2013 ? Most efforts at improving solar cells have focused on increasing the efficiency of their energy conversion, or on lowering the cost of manufacturing. But now MIT researchers are opening another avenue for improvement, aiming to produce the thinnest and most lightweight solar panels possible.

Such panels, which have the potential to surpass any substance other than reactor-grade uranium in terms of energy produced per pound of material, could be made from stacked sheets of one-molecule-thick materials such as graphene or molybdenum disulfide.

Jeffrey Grossman, the Carl Richard Soderberg Associate Professor of Power Engineering at MIT, says the new approach "pushes towards the ultimate power conversion possible from a material" for solar power. Grossman is the senior author of a new paper describing this approach, published in the journal Nano Letters.

Although scientists have devoted considerable attention in recent years to the potential of two-dimensional materials such as graphene, Grossman says, there has been little study of their potential for solar applications. It turns out, he says, "they're not only OK, but it's amazing how well they do."

Using two layers of such atom-thick materials, Grossman says, his team has predicted solar cells with 1 to 2 percent efficiency in converting sunlight to electricity, That's low compared to the 15 to 20 percent efficiency of standard silicon solar cells, he says, but it's achieved using material that is thousands of times thinner and lighter than tissue paper. The two-layer solar cell is only 1 nanometer thick, while typical silicon solar cells can be hundreds of thousands of times that. The stacking of several of these two-dimensional layers could boost the efficiency significantly.

"Stacking a few layers could allow for higher efficiency, one that competes with other well-established solar cell technologies," says Marco Bernardi, a postdoc in MIT's Department of Materials Science who was the lead author of the paper. Maurizia Palummo, a senior researcher at the University of Rome visiting MIT through the MISTI Italy program, was also a co-author.

For applications where weight is a crucial factor -- such as in spacecraft, aviation or for use in remote areas of the developing world where transportation costs are significant -- such lightweight cells could already have great potential, Bernardi says.

Pound for pound, he says, the new solar cells produce up to 1,000 times more power than conventional photovoltaics. At about one nanometer (billionth of a meter) in thickness, "It's 20 to 50 times thinner than the thinnest solar cell that can be made today," Grossman adds. "You couldn't make a solar cell any thinner."

This slenderness is not only advantageous in shipping, but also in ease of mounting solar panels. About half the cost of today's panels is in support structures, installation, wiring and control systems, expenses that could be reduced through the use of lighter structures.

In addition, the material itself is much less expensive than the highly purified silicon used for standard solar cells -- and because the sheets are so thin, they require only minuscule amounts of the raw materials.

John Hart, an assistant professor of mechanical engineering, chemical engineering and art and design at the University of Michigan, says, "This is an exciting new approach to designing solar cells, and moreover an impressive example of how complementary nanostructured materials can be engineered to create new energy devices." Hart, who will be joining the MIT faculty this summer but had no involvement in this research, adds that, "I expect the mechanical flexibility and robustness of these thin layers would also be attractive."

The MIT team's work so far to demonstrate the potential of atom-thick materials for solar generation is "just the start," Grossman says. For one thing, molybdenum disulfide and molybdenum diselenide, the materials used in this work, are just two of many 2-D materials whose potential could be studied, to say nothing of different combinations of materials sandwiched together. "There's a whole zoo of these materials that can be explored," Grossman says. "My hope is that this work sets the stage for people to think about these materials in a new way."

While no large-scale methods of producing molybdenum disulfide and molybdenum diselenide exist at this point, this is an active area of research. Manufacturability is "an essential question," Grossman says, "but I think it's a solvable problem."

An additional advantage of such materials is their long-term stability, even in open air; other solar-cell materials must be protected under heavy and expensive layers of glass. "It's essentially stable in air, under ultraviolet light, and in moisture," Grossman says. "It's very robust."

The work so far has been based on computer modeling of the materials, Grossman says, adding that his group is now trying to produce such devices. "I think this is the tip of the iceberg in terms of utilizing 2-D materials for clean energy" he says.

This work was supported by the MIT Energy Initiative.

Source: http://feeds.sciencedaily.com/~r/sciencedaily/top_news/top_science/~3/8FVH4mhCcNE/130626153926.htm

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