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Becoming a university professor requires a lot of work for very little financial reward, compared to most other professions. In STEM (science, technology, engineering, math) fields, the minimum requirement is four years of undergraduate education, plus anywhere between four and a half and eight years of graduate studies, followed by an (ever increasing) number of years of post-doctoral work. That may get you an assistant professorship where, at a state university, the starting salary is in the $60k-70k range. 

Email27ShareViews 5309 PRESS RELEASE Cisco Visual Networking Index Forecast Projects 18-Fold Growth in Global Mobile Internet Data Traffic From 2011 to 2016 Mobile Cloud Traffic to Account for 71 Percent, or 7.6 Exabytes per Month, of Total Mobile Data Traffic by 2016, Compared to 45 Percent, or 269 Petabytes per Month, in 2011

The U.S. Central Intelligence Agency told software vendors on Tuesday that it plans to revolutionize the way it does business with them as part of a race to keep up with the blazing pace of technology advances.

Secretariat was famous for coming up from behind in a race to win, and the same may be true for the U.S. in the global push to build exascale technologies. Because for now, when it comes to delivering the needed funding to build these systems, the U.S. is just getting out of the gate.

Thwacke is a multidisciplinary think-tank of academics that will bridge the gap between video games and science in order to make their fiction creative, relevant, and immersing. As researchers at the forefront of new technology and science, we provide consultation that delivers fresh perspective that aim to make your games smarter.

Dan Siroker helps companies discover tiny truths, but his story begins with a lie. It was November 2007 and Barack Obama, then a Democratic candidate for president, was at Google's headquarters in Mountain View, California, to speak. Siroker-who today is CEO of the web-testing firm Optimizely, but then was a product manager on Google's browser team-tried to cut the enormous line by sneaking in a back entrance. "I walked up to the security guard and said, 'I have to get to a meeting in there,'" Siroker recalls. There was no meeting, but his bluff got him in.

The company's social scientists are hunting for insights about human behavior. What they find could give Facebook new ways to cash in on our data-and remake our view of society.

From disrupting the peer-reviewed journal publishing tradition to utilizing a dispersed model to test code, the academy has been trying out new ways of innovating an overburdened scholarly apparatus using technology. One of the latest areas to see this sort of experimentation is that of IP, or intellectual property. Marblar, a startup launched by three British PhD students, is hoping to successfully crowdsource the resurrection of "dormant" IP, to flatten and widen the process of tech transfer. A major British venture capital firm, IP Group, has invested about $600,000 in the startup.

""Rick Smolan, creator of the epic "Day in the Life" photography books, is taking on a new challenge: big data.""

"Bitcoin-Central got the go-ahead thanks to a deal with French financial firms Aqoba and Credit Mutuel. The exchange is one of many that swaps bitcoins, computer generated cash, for real world currencies. The change in status makes it easier to use bitcoins and bestows national protections on balances held at the exchange."

"On Saturday, around 18 months after President Obama signed it into law, the Leahy-Smith America Invents Act will take effect. Ostensibly, the act is designed to bring U.S. patent law in line with the rest of the world. Of course, not everybody feels it will help achieve the patent system's goal of protecting inventors while fostering innovation, and its effect could be even more pronounced on the DIY inventor."

It's easy to get lost in CAVE2. The next-generation virtual reality platform is one of the most advanced visualization environments on Earth. It combines 320 degrees of panoramic, floor-to-ceiling LCD displays with an optical tracking interface that gives rise to a "hybrid reality system" capable of rendering remarkably immersive 3D environments - whether you wish to explore the labyrinthine vasculature of the human brain, or soar swiftly over the vast canyons of Mars.

While the brightest minds of Silicon Valley are "disrupting" whatever industry is too crippled to fend off their advances, something odd is happening to our language. Old, trusted words no longer mean what they used to mean; often, they don't mean anything at all. Our language, much like everything these days, has been hacked. Fuzzy, contentious, and complex ideas have been stripped of their subversive connotations and replaced by cleaner, shinier, and emptier alternatives; long-running debates about politics, rights, and freedoms have been recast in the seemingly natural language of economics, innovation, and efficiency. Complexity, as it turns out, is not particularly viral.

"These are the top 10 countries to request user data from tech companies in 2012. Guess who's leading the pack? In other national security news, The Atlantic reports "defenders of Edward Snowden's leaks got a bit trickier Wednesday afternoon, with revelations about his embarrassing past. Turns out, Snowden was once a teenager and, worse, that time period was encapsulated online.""

Can robots work as scientists? At first, this seems like a silly question. Computers are pervasive in science, and if you walk into a large university lab today, there's a good chance you'll find a fully fledged robot working alongside the lab-coat-wearing humans. Robots fill test tubes, make DNA microarrays, participate in archaeological digs, and survey the oceans. There are entire branches of science-climate modeling and genomics, for example-that wouldn't exist without powerful microprocessors. Machines even play an integral part in abstract fields of discovery. In experimental mathematics, humans rely on computers to inspire new lines of thinking and investigate hypotheses. In 1976, mathematicians used computers to prove the four-color theorem, and machines have since been used in several other proofs.

Scientists are pioneering the use of 3D printers to create drugs and other chemicals at the University of Glasgow. Researchers have used a £1,250 system to create a range of organic compounds and inorganic clusters - some of which are used to create cancer treatments. Longer term, the scientists say the process could be used to make customised medicines.

A new stage play that turns all your ideas about humanity on their head Do we achieve a better sense of self and others by interfacing with our machines? Or are we just losing the true essence of humanity?

Gamers angered at the "bleak" ending of Mass Effect 3 have campaigned for an alternate conclusion - and raised more than $70,000 (£44,000) for charity.

The aim of the Askemos project is to enable reliable and justiciable data processing, with the goal of producing "Software that can last 200 years." The first implementations of an Askemos peer can be obtained from ball.askemos.org. The Askemos web site itself is served from the Askemos/BALL development network. Follow here for more details. Note that Askemos concerns the abstract specification exclusively; including data formats, protocols, service interfaces etc. - not the actual implementations. Askemos combines incorruptible privilege delegation and non-repudiable replication of communicating processes into a trustworthy network. Physical machines under control of their operators execute applications processes under permanent multilateral audit. The network's honest majority of hosts provides users with exclusive control, and thus real ownership of processes. Askemos models a kind of "virtual constitutional state" where physical hosts bear witness to the interactions of virtual agents (akin to citizens). Self verifying identifiers can confirm that original documents have not beentampered with. The real potential for using Askemos is for identity and time stamp services, informationmanagement in public administration and libraries attaching metadata and archives, with the goal of establishing robust systems that can endure for centuries. German tax law, for instance, has storage requirements, which makes Askemos interesting even for private, individual use. Also Activist groups, non-profits and people who desire privacy and reliability in a chaotic and unpredictable world have much to gain from this software.

Robert Harvey asks: Occasionally I see questions about edge cases on Stack Overflow that are easily answered by the likes of Jon Skeet or Eric Lippert-experts who demonstrate a deep knowledge of a particular language and its many intricacies. Here's an example of this from Lippert's MSDN blog: You might think that in order to use a foreach loop, the collection you are iterating over must implement IEnumerable or IEnumerable. But as it turns out, that is not actually a requirement. What is required is that the type of the collection must have a public method called GetEnumerator, and that must return some type that has a public property getter called Current and a public method MoveNext that returns a bool. If the compiler can determine that all of those requirements are met then the code is generated to use those methods. Only if those requirements are not met do we check to see if the object implements IEnumerable or IEnumerable. This is cool stuff to know. I can understand why Eric knows this; he's on the compiler team, so it's explicitly in his job description to know. But how do mere mortals, those of us on the outside, find out about stuff like this?