Author Archives: curiouscat

The Future of the Scholarly Journal

Publishing Group Hires ‘Pit Bull of PR’:

Those groups, along with many members of Congress, want to make the published results of federally financed medical research freely available to the public whose taxes funded the work — results that today are typically available only to journal subscribers or to people willing to pay expensive per-page fees.

The publishing association, which includes among its members some of the world’s biggest and most profitable scientific journals, has argued that free Internet access to the publicly funded portion of their contents would undermine their subscription bases. Lacking that income, they claim, they would not be able to do the invisible, unsung but important, work of screening out bad science and publishing and archiving the very best.

As I have said before, this information should be publicly available. The funding mechanism for peer review needs to change. If the Journals want to stay in business they need to find a way to add value that doesn’t keep public funded information from the public.

Related: Is this the end of the scholarly journal?Open Access LegislationOpen Access Engineering Journals

Waterloo’s wizards of game theory

16,777,236 – That’s the number of outcomes that are possible when eight competitors each consider three strategic options.

The first step was to get executives from IBM into a room to start mapping out the game. For the math in game theory to work effectively, all players capable of influencing the game must be identified and their potential options listed and ranked. At this stage, clients are asked to draw on a wide range of personnel, since, in the case of IBM, its marketing people would likely have a different perspective on Microsoft than would its engineers. Once the group is assembled, they are asked to determine what objectives another company is likely to pursue. “Frequently they will say to us, ‘Well, we don’t know about those competitors.’ And our answer is, ‘Yes, you do,’ ” Mitchell says.

California Institute of Technology professor R. Preston McAfee, a leading game theorist who helped the U.S. government design auctions for broadband spectrum, says doubters ought to remember that game theory is a tool, not an answer. “Game theory is sometimes criticized because it doesn’t actually completely solve the problem,” McAfee says. “On the other hand, the exercise of applying game theory very often clears up things that you can dispense with—issues that aren’t salient to the decision process. Sometimes just thinking it through identifies strategies that you hadn’t thought available.”

Interesting, via: Globe and Mail on game theory

Entrepreneurial Engineers

Business Leader Says Today’s Engineers Have to Be Entrepreneurial:

“Every engineer and scientist entering the job market today needs to be entrepreneurial, whether or not they plan to start their own business,” says Donna Novitsky, partner at venture capital firm Mohr Davidow Ventures and adjunct professor in the School of Engineering. “It’s no longer an optional job qualification. It’s a ticket to entry in leading companies, even for undergrads.”

Strong words. A great resource mentioned in the article Stanford Technology Ventures Program Educators Corner, includes a large number of podcasts and short (2 – 10 minute video webcasts):

Stanford Technology Ventures Program (STVP) Educators Corner is a free online archive of entrepreneurship resources for teaching and learning. The mission of the project is to support and encourage faculty around the world who teach entrepreneurship to future scientists and engineers, as well as those in management and other disciplines.

Related: entrepreneurship, engineering schools and the economydirectory of engineering webcast librariesGoogle Tech Talks #3

Webcasts by Chemistry and Physics Nobel Laureates

Designed to inspire the next generation of engineers and scientists, The Honeywell – Nobel Initiative establishes a forum for students worldwide to learn directly from Nobel Laureates in Chemistry and Physics.

The Honeywell – Nobel Initiative includes a large number of short podcasts by Nobel prize winners, such as:

Leon Lederman explains that there is a flaw in current quantum theory. He describes how the Higgs particle would provide information to refine the theory…

Steven Chu describes how he and other scientists use lasers to manipulate atoms in order to answer fundamental questions in quantum physics…

The temperature of the earth is increasing. Mario Molina discusses the consequences of this phenomenon caused by human activity…

Students must be taught the value of science at an early age. Richard Schrock considers helping students to appreciate the contributions of science and to inspire…

The site is pretty and the videos are excellent but once again they offer an example of a site that fails to follow basic web usability practices. You can’t link to the location of these collections of webcasts easily. If you have trouble finding them, which I image some will – click on the links to “video lab.”

Related: Directory of Science and Engineering WebcastsEngineering Talks from Googleposts tagged as podcasts/webcasts2006 Nobel Prize in Chemistry

Video Game Designers Use Statistics

Here is another article on working in the gaming field – Statistically Speaking, It’s Probably a Good Game: Probability for Game Designers:

Being a designer in this day and age requires a pretty wide variety of skills. Designers are the generalists of the development team, needing to bridge the gap between Art and Engineering, competently communicating with each other.

Related: Want to be a Computer Game Programmer?Science and Engineering Careers

via: Video Game Designers Use Statistics

Engineering Education Reality TV

Engineering Education Gets Its Own Reality TV Show

The show will feature two competing teams of high school students plucked from real life and follow their progress as they design, build, and test fun yet practical machines, such as an automatic pancake maker and a motorized wagon. The eight contestants, chosen through audition, have minimal engineering experience, though for many working with technology is an after-school hobby.

The two four-student teams will rotate their members each week of the 13-week season as they compete, building one machine per episode. The scores for each episode will be divided among the participants, and the two with the highest scores at the season’s end will compete for the grand prize: a US $10,000 college scholarship provided by the Intel Foundation.

The show premiers on Public Broadcasting Service stations across the United States during EWeek, the annual engineering week event that takes place this year from 18 to 24 February. A second season is in the early planning stage.

PBS Kids – Design Squad TV show

Related: Help Choose the New PBS Science ProgramJapan Project X: Innovators Documentariesk-12 science and engineering education postsScience to Preschoolers
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Robot Espionage

Robot tech on ground zero makes Lucknow, India lad a hero – Shadab Ahmed Ansari has developed a robot that

is capable of traversing any terrain and it can even be used for aerial reconnaissance as well as for submarine explorations. It consists of three parts – a military suit, an espionage robot and a base camp computer.

The military suit is to be worn by soldiers in the battlefield and will control the movement of the espionage robot. The espionage robot has a robotic arm capable of mimicking the hand movement of the soldier. It is capable of transmitting audio-visual data to the soldier as well as to the base camp computer in real-time. This helps in taking on-the-spot decisions that play a crucial part in any military operation

For more see: Leading the Charge

More robot related blog posts

Science Education

The Real Issue Is Science

They warned that fewer and fewer high school students are choosing math and science classes as electives, leading to a crisis situation. They said science should not be taught as an elective course, but as a mandatory one, while the curriculum should be revised so that science and engineering majors can take more math and science classes. This warning should not be taken lightly. Since the industrial revolution, competitiveness in math and science was the decisive factor in separating the winners from the losers in global economics.

Seems like this could be said in many countries. Certainly it sounds like the kind of thing that might be said in the USA. This time it is from Korea:

Six national science and technology organizations, including the Korean Federation of Science and Technology Societies, the National Council of Natural Science University Deans and the National Council of Engineering University Deans, issued a statement on Wednesday saying the quality of high school math and science classes should not be left to further deteriorate.

Related: Global Engineering Education StudyPrimary Science Education in China and the USAMIT Faculty Study Recommends Significant Undergraduate Education Changes

MacRobert Award Nominations

Three weeks left to enter the UK’s biggest innovation prize:

Now in its 38th year, the MacRobert Award is Britain’s pre-eminent award for innovation in engineering. Open to individuals or teams of up to five people from any size of company who have exploited a major engineering breakthrough

the MacRobert Award honours the winning company with a gold medal and up to five team members with a tax-free prize of £50,000 between them. HRH the Duke of Edinburgh, Senior Fellow of the Academy, takes a close interest in the MacRobert Award and has presented it almost every year since it was created.

Apply. Previous awards granted for: the roof structure of the Millennium Dome (1999), Light-emitting polymers (2002), development and commercialisation of a unique non-invasive retinal imager (2006).

Cheap, Superefficient Solar

Cheap, Superefficient Solar

Technologies collectively known as concentrating photovoltaics are starting to enjoy their day in the sun, thanks to advances in solar cells, which absorb light and convert it into electricity, and the mirror- or lens-based concentrator systems that focus light on them. The technology could soon make solar power as cheap as electricity from the grid.

“I’d much rather make a few square miles of plastic lenses–it would cost me less–than a few square miles of silicon solar cells,” Olson says. Today solar power is still more expensive than electricity from the grid, but concentrator technology has the potential to change this. Indeed, if manufacturers can meet the challenges of ramping up production and selling, distributing, and installing the systems, their prices could easily meet prices for electricity from the grid, says solar-industry analyst Michael Rogol

Related: Large-Scale, Cheap Solar ElectricitySolar Tower Power Generation