Before the host, BBC World presenter Matt Frei, could finish his introduction of panelist Sergey Brin from Google, he announced there was a technical issue. Frei didn’t quite know what to do with the empty air while waiting for a fix and joked that the voice in his earphone (the producer) was telling him a long, elaborate political joke about Poland.

That’s when a voice behind me spoke up, presumably a heckler, and began speaking loudly as if he were conducting a live news feed, joking that he was reporting live from TED
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The crowd by then had realized it was Williams. Encouraged by their reaction, he continued reporting to some unseen BBC anchorman from his seat: “Well, they said they found the wire, but it’s not plugged in.”

Williams was then invited to take the stage and the crowd roared. He spent the next ten minutes or so riffing on Stephen Hawking (who spoke at TED earlier in the day from Cambridge, England) and the end of the universe — which will take place “exactly in one hour,” he said, looking at his watch.

He joked again about the technical glitch, indicating that although the BBC wasn’t working, audience members “with their phones are going, ‘I’m getting all of this!’” And it was true. Dozens of people were capturing the stand-up act on their phones.

He riffed about a new Apple product called the “iWhy?” and a few seconds later said he had just one question about the British royal family: “All that money and no dental plan,” he deadpanned, which got a lot of laughs and a few sympathetic nods toward the BBC presenter sitting behind him (who appeared to have perfectly fine dental hygiene).

He didn’t spare panelist Brin and Google, noting that if you walk into Google you see everyone in front of their computer sitting on exercise balls, “which I think is how they’re hatching new employees.”

Intel Microelectronics (Thailand) Ltd is sponsoring five young Thai students to participate in the 59th Intel International Science and Engineering Fair (Intel ISEF) in Atlanta, Georgia
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Two of the individual entries are a musical instrument sound analysis and recognition system, which won the first prize in the computer science category, and was developed by Boonyarit Somrealvongkul, and a method of measuring a curved path’s radius with a modified car, which took first prize in the engineering category and was developed by Ronnapee Chaichaowarat.

The third project is a team entry, “New Plywood Products”, the first prize winner in the environmental science category, developed by Pheemadej Prasitwarawej, Tanavorakit Bangkeaw and Manapas Hararak, from Montfort College, Chiang Mai.

Over 1,500 of the brightest young scientists from around the world attend the fair every year, where they share ideas, showcase cutting-edge science projects and compete for more than $3 million (94.5 million baht) in awards and scholarships.

Jose Manuel Otero realized that science was his goal in 1996, when he went to ISEF with a project on filtering diesel from water using charcoal that he made from leaves and grass. Otero, the son of Spanish immigrants who never finished high school, took first place in the Connecticut state fair and went on to the internationals, winning third place in his division. “I didn’t know I wanted to be a scientist until I got to ISEF,” he says.
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Where students in previous generations built robots in their basements or sampled pond water in the local park, the majority of today’s winning projects showcase research done in a lab under the supervision of a mentor, an academic at a university or corporate research institute. Students get their own portion of the lab’s investigation. If they discover anything of significance, they might be rewarded as a co-author of a paper the professor submits to a journal, or they might share in a patent that the lab takes out on their work. One team project from Stony Brook’s summer program on detecting individual cancer cells by how hard or soft they are is up for a patent and has been submitted to the journal Science.

The ROV-IN-A-BOX is intended to help get teams involved that are new to underwater robotics. Buy purchasing this kit, it helps put an inexperienced team, or a team with young students like elementary school kids, into a comfort zone to allow them to take on the Underwater Challenge. It reduces the stress, time and resources needed to acquire all the parts to complete an ROV for the competition. The kit can also be used by a more mature team as a starting point for the ROV they may want to build.

Los Altos High School’s Academy of Engineering was one of more than 20 high schools and colleges from across the U.S. and Canada whose engineering students came together Saturday to compete in the Shell Eco-Marathon Americas. The race is designed not to see which vehicle could go the fastest, but which one could travel the farthest on the least amount of fuel. The grand prize: $10,000 to the winning school.

Participating schools included Purdue University, UC Berkeley, UCLA, Grand Rapids Technical School, Cal Poly San Luis Obispo, the University of Massachusetts-Amherst, Rose- Hulman Institute of Technology and Mater Dei High School.
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By the end of the day, it was Cal Poly San Luis Obispo that took the grand prize for combustion-engine vehicles. The team’s vehicle traveled 1,902.2 miles to the gallon. Rose-Hulman took second place with 1,637.2 miles to the gallon, and Mater Dei High School in Evansville, Ind., came in third at 1,596 miles per gallon. Los Altos High School took first place for the hydrogen-engine group. The group’s vehicle traveled 1,038 miles to the gallon.

Science makes many things possible, including alternative fuels and modes of personal transportation… Goldstein and Garlow are the President and VP of the DC area Electric Vehicle Association. They will discuss the science behind electric cars, such as fuel cells and battery technology, and some of the issues surrounding their use and acceptance. And, they will bring actual cars to touch and explore, including the MIT entry into the 1994 Tour de Sol, an electric car that is solar-powered, and an all-electric Toyota RAV4.
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Cafe Scientifique flourished first in the U.K. as a way for the public and scientists to mingle and discuss science issues in an informal setting. At least 35 cafés now exist in the U.S.

The objectives of the NSF Summer Institute on Nano Mechanics and Materials are:

* To identify and promote important areas of nanotechnology, and to create new areas o focus which will augment current nanotechnology research and development by universities, industries and government.
* To train future and practicing engineers, scientists and educators in the emerging areas of nanotechnology, nano-mechanics, and nano-materials.
* To exchange new ideas, disseminate knowledge and provide valuable networking opportunities for researchers and leaders in the field.

The short courses offered by the Institute provide fundamentals and recent new developments in selected areas of nanotechnology. The material is presented at a level accessible to BS graduates of science and engineering programs. Emphasis is on techniques and theory recently developed that are not available in texts or standard university courses.

Engineers week is a unique time that takes place every February during Presidents week. 40,000 engineers go into classrooms to promote the profession and give students a better understanding of engineering. This is our chance to show the world that engineering is an exciting career and that engineers really can do anything!

Founded in 1989 to “inspire young people’s interest and participation in science and technology,” the not-for-profit, New Hampshire-based FIRST designs “accessible, innovative programs” to encourage students to pursue education and career opportunities in science, technology, engineering, and math, while simultaneously building self-confidence, knowledge, and life skills.
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Teams build their robots using the parts kit for the basics, and procuring other parts as needed to augment the kit and make the robot do what’s required in competition.

Emily Conner said she likes to spent free time on the Internet at home, learning about nanotechnology and specifically, nanomedicine.

The small video devices that can be attached to tubes and inserted through natural body openings for medical exploratories and procedures sound pretty high tech.

But through nanomedicine, “people could swallow a ‘pillcam’ and would’ have to use wires,” said Emily.

That’s pretty heavy duty stuff for a J.D. Lever Elementary School fifth-grader. Emily and her classmates are getting ready for a regional FIRST LEGO League competition at the James Taylor Center on the Aiken High school campus Saturday. Eleven teams from Aiken and other areas are expected to participate, with the top performers going on to a state contest in January.

Holly Jacobson and Tessa Churchill, seniors at Greely High School in Cumberland, are at the Massachusetts Institute of Technology today, explaining how they would use fast-growing algae to help solve the energy crisis.

In a nutshell, the young women may have found a way to produce more biodiesel fuel while consuming fewer organic resources.

The project got its start two years ago when Jacobson and Churchill began examining natural oils stored in fatty acids — called lipids — in various forms of marine algae. Recently, they identified a strain of algae that produces more oil for a given mass.