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Under a new deal signed by the University of Western Ontario and the University of Toronto, the act of emailing a link will be classed as equivalent to photocopying, and each student and faculty member will cost the universities $27.50/year for this right that the law gives them for free, along with a collection of other blanket licenses of varying legitimacy. In order to enforce these licenses, all faculty email will be subject to surveillance.

"Learning methods have come a long way from students just sitting in class and writing down notes while a lecturer reads off his/her notes. It has come to the point where students can learn from their lecturers via the internet, such as accessing course materials on "Blackboard" websites, and even online classes (heck, there are even online degrees for those interested!), but conducting a class through Minecraft? Well that admittedly takes the cake as far as interactive learning is concerned! This was made possible thanks to a lecturer at the Bond University in Australia who decided to conduct his class through Minecraft as the university was closed due to the recent bout of floods experienced in Australia's east coast. Professor Jeffrey Brand launched the MinecraftUni project after hearing about how the game was used as part of the United Nation's Block by Block program."

(Brian- I was as part of the WBI alumni network informed of and asked to submit to the call for papers for this conference. Please review -I think your work would fit in here - let me know what you think- kdv)    Annually organized by Wuhan University of Technology (China), Yamaguchi University (Japan), the Pontifical Catholic University of Sao Paulo ( Brazil ) and the Brabant Center of Entrepreneurship (BCE),  the International Conference on Innovation and Management has proven to be a high-profile event for leading international scholars in the area of management and innovation. 

The smallest transistor ever built has been created using a single phosphorous atom by an international team of researchers at the University of New South Wales, Purdue University and the University of Melbourne.

Allison sez, "Michael Geist provides some commentary on yesterday's announcement by Association of Universities and Colleges of Canada and Access Copyright. His conclusion: 'For those that sign the model license, the new AUCC - Access Copyright deal is simply more of the same: AUCC and its institutions pass along copyright costs to students, Access Copyright gets millions in revenues despite ongoing questions about its repertoire (with thousands used to lobby against education copyright reforms and most of the money going to foreign collectives and publishers, not authors), and the potential for digitally-oriented changes within Canadian higher education heading back to the back burner.'"

News of cuts to the Computer Science Department at the University of Florida hit the Web this weekend. Shock and outrage ensued, particularly in tech and education circles, fueled in no small part by the headline of the Forbes story that brought this to most people's attention: "University of Florida Eliminates Computer Science Department, Increases Athletic Budgets. Hmm.."

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. 

AT 7 years old, Gilad Elbaz wrote, "I want to be a rich mathematician and very smart." That, he figured, would help him "discover things like time machines, robots and machines that can answer any question."

AT 7 years old, Gilad Elbaz wrote, "I want to be a rich mathematician and very smart." That, he figured, would help him "discover things like time machines, robots and machines that can answer any question."

The sustainability crisis has provoked an unexpected and dramatic response from academia. Until now, higher education institutions have tended to focus on sustainability within their own borders. This has predominantly been via sustainability education, research and designing green or carbon neutral campuses.

Could computers become cleverer than humans and take over the world? Or is that just the stuff of science fiction? Philosophers and scientists at Britain's Cambridge University think the question deserves serious study. A proposed Center for the Study of Existential Risk will bring together experts to consider the ways in which super intelligent technology, including artificial intelligence, could "threaten our own existence," the institution said Sunday. "In the case of artificial intelligence, it seems a reasonable prediction that some time in this or the next century intelligence will escape from the constraints of biology," Cambridge philosophy professor Huw Price said.

"Someone points me to this report from Tilburg University on disgraced psychology researcher Diederik Stapel. The reports includes bits like this: When the fraud was first discovered, limiting the harm it caused for the victims was a matter of urgency. This was particularly the case for Mr Stapel's former PhD students and postdoctoral researchers . . . However, the Committees were of the opinion that the main bulk of the work had not yet even started. . . . Journal publications can often leave traces that reach far into and even beyond scientific disciplines. The self-cleansing character of science calls for fraudulent publications to be withdrawn and no longer to proliferate within the literature. In addition, based on their initial impressions, the Committees believed that there were other serious issues within Mr Stapel's publications . . . This brought into the spotlight a research culture in which this sloppy science, alongside out-and-out fraud, was able to remain undetected for so long. . . . The scientific literature must be cleansed of everything that is fraudulent, especially if it involves the work of a leading academic. Sounds familiar? I think it also applies to recipients of the Founders Award from the American Statistical Association. There's more: The most important reason for seeking completeness in cleansing the scientific record is that science itself has a particular claim to the finding of truth. This is a cumulative process, characterized in empirical science, and especially in psychology, as an empirical cycle, a continuous process of alternating between the development of theories and empirical testing. . . . My first reaction was that all seems like overkill given how obvious the fraud is, but given what happened with comparable cases in the U.S., I suppose this "Powell doctrine" approach (overwhelming force) is probably the best way to go."

"Before I became a university professor, I had a long career in the entertainment business-first as a concert producer for the likes of Bob Dylan and The Band, and later as producer of motion pictures, including Martin Scorsese's Mean Streets and The Last Waltz. Both the music and movie industries have been utterly transformed by the Internet, in positive and negative ways. But I sense that we're still at the beginning stages of this big shift, and that some of the most interesting developments are yet to come. For example, social sentiment analysis is going to change the game for Hollywood marketing."

"Security researchers warn that cybercriminals have started using Java exploits signed with digital certificates to trick users into allowing the malicious code to run inside browsers. A signed Java exploit was discovered Monday on a website belonging to the Chemnitz University of Technology in Germany that was infected with a Web exploit toolkit called g01pack, security researcher Eric Romang said Tuesday in a blog post. "

The march of science is stumbling and easily sidetracked, fraught with bias, fads and dead ends. A new research initiative based at the University of Chicago and the Computation Institute will use the latest computational tools to scrutinize this imperfect path and better understand how knowledge was and is created. Such understanding could transform the process of research, calling out past missteps while revealing unanticipated new directions for the future.

IF YOU'VE ever suspected politics is increasingly being run in the interests of big business, I have news: Jeffrey Sachs, a highly respected economist from Columbia University, agrees with you - at least in respect of the United States.

Archaeologists may not need to get their hands so dirty any more, thanks to the kind of digital technology being pioneered at Southampton University. Its 'µ-VIS Centre for Computed Tomography' possesses the largest, high energy scanner of its kind in Europe: a 'micro-CT' machine manufactured by Nikon. Capable of resolutions better than 0.1mm - the diameter of a human hair - it allows archaeologists to carefully examine material while still encased in soil. Using visualisation software, archaeologists can then analyse their finds in 3D. This keeps the material in its original form, and postpones any commitment to the painstaking process of excavation by hand.

If the pictures of those towering wildfires in Colorado haven't convinced you, or the size of your AC bill this summer, here are some hard numbers about climate change: June broke or tied 3,215 high-temperature records across the United States. That followed the warmest May on record for the Northern Hemisphere - the 327th consecutive month in which the temperature of the entire globe exceeded the 20th-century average, the odds of which occurring by simple chance were 3.7 x 10-99, a number considerably larger than the number of stars in the universe.

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.

This honor goes to Dr. Ronald Breslow of Columbia University, who ended his recent paper "Evidence for the Likely Origin of Homochirality in Amino Acids, Sugars, and Nucleosides on Prebiotic Earth" in the Journal of the American Chemical Society with an ominous editorial. After an otherwise technical paper about the prehistoric origins of amino acids, the conclusion takes a turn for the extremely sinister. Emphasis is ours: