Category Archives: Education

Yale to Provide Videos of Courses Online

Yale to Make Select Courses Available on the Internet

Yale University is producing digital videos of selected undergraduate courses that it will make available for free on the Internet through a grant from the William and Flora Hewlett Foundation.

The Open Educational Resources Video Lecture Project has received $755,000 for an 18-month pilot phase. The project will create multidimensional packages—including full transcripts in several languages, syllabi, and other course materials—for seven courses and design a web interface for these materials, to be launched in the fall of 2007. If the venture proves successful, Yale hopes to significantly expand its online offerings over the next few years. The new venture joins a growing number of university-based initiatives that use the Internet to make educational materials widely available.

Good news. I hope, and expect that, they will do a better job with the web usability of their offering than others providing educational material online have recently.

Related: Open Educational Resources (OER) from the William and Flora Hewlett Foundation – Open Course Ware from Japan – Open Access Legislation – Berkeley and MIT courses online

Sports Science Open Access Journal

Sport Science is a Peer-Reviewed Site for Sport Research (open access). An interesting recent publication: One Hundred and Fifty Years of Rowing Faster by Stephen Seiler:

Improvements in rowing technique have increased boat speed by reducing boat yaw, pitch and roll, and by improving the pattern of force application. New tools for real-time measurement and feedback of boat kinematics and force patterns are opening new approaches to training of individual rowers and to selection of rowers for team boats.

They also moderate a email list with items of interest including academic positions in areas such as: Mechanical Engineering, focusing on Biomechanics; Sports Physiologist; Exercise and Sport Science.

How Does a Missile Turns in Flight?

An interesting and detailed explanation of the dynamics of missile flight: Missile Control Systems:

In order to turn the missile during flight, at least one set of aerodynamic surfaces is designed to rotate about a center pivot point. In so doing, the angle of attack of the fin is changed so that the lift force acting on it changes. The changes in the direction and magnitude of the forces acting on the missile cause it to move in a different direction and allow the vehicle to maneuver along its path and guide itself towards its intended target.

String Theory

image of book cover: The Trouble With Physics

String theory: Hanging on by a thread? by Dan Vergano:

String theory is on the ropes. After decades of prominence as the key to physics’ elusive “theory of everything,” challengers say the hypothesis is unraveling.

Why? Because there haven’t been experiments to prove it — and there don’t seem to be any on the horizon.

“The interplay with experiments is essential, and string theory just doesn’t have that,” says physicist Lee Smolin, author of The Trouble With Physics: The Rise of String Theory, the Fall of Science, and What Comes Next
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Schwartz, one of the fathers of modern string theory, replies by e-mail that experiments will verify string theory in the future. The big question is how much energy an experiment would have to pound into a collision between particles to reveal strings, he adds. Many physicists hope that Europe’s Large Hadron Collider facility will offer some answers, starting in 2007.

Ultimately, Carroll says, “the only way for someone to kill string theory will be to come up with a better one.”

The The Elegant Universe:Superstrings, Hidden Dimensions, and the Quest for the Ultimate Theory by Brain Greene is a great read.

Engine on a Chip – the Future Battery

micro engine - battery replacement

Engine on a chip promises to best the battery

MIT researchers are putting a tiny gas-turbine engine inside a silicon chip about the size of a quarter. The resulting device could run 10 times longer than a battery of the same weight can, powering laptops, cell phones, radios and other electronic devices.
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The MIT team has now used this process to make all the components needed for their engine, and each part works. Inside a tiny combustion chamber, fuel and air quickly mix and burn at the melting point of steel. Turbine blades, made of low-defect, high-strength microfabricated materials, spin at 20,000 revolutions per second — 100 times faster than those in jet engines.

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340 Years of Royal Society Journals Online

The complete archive (from 1665) of the Royal Society journals, is freely available electronically for two months. You can try using the Journal archive – it sure does have spectacular content, if only you can unearth it:

The archive contains seminal research papers including accounts of Michael Faraday’s groundbreaking series of electrical experiments, Isaac Newton’s invention of the reflecting telescope, and the first research paper published by Stephen Hawking.

Note to anyone with scientific content of high value that decides to allow internet access. Please contact Google and have them help you make it available online. They don’t have any official program to do so, but for collections of enough merit I can’t imagine you would have any trouble getting some Google engineer to take on the project.
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2006 MacArthur Fellows

photo of Edith Widder photo of Kenneth Catania photo of Linda Griffith
25 New MacArthur Fellows Announced. Photos from left to right: Edith Widder, Kenneth Catania and Linda Griffith.

My statement from last year seems worth repeating: “I think the fellowships are a great idea: give money to people who have done excellent work. I am not sure of the motivations of the MacArthur Foundation, but if it were me I would trust by providing funds to those people they would (as a group, not every single person) take advantage of those funds to create great advances for all of humanity.”

Each fellow will receive $500,000 over the next 5 years to do with as they please. Among the winners are scientist and engineers, including:

Edith Widder – biologist and deep-sea explorer, “Working with engineers, she has built a number of unique devices that enable scientists to see the ocean in new ways, including HIDEX, a bathyphotometer that measures how much bioluminescence there is in the oceans, and LoLAR, the most sensitive deep-sea light meter.”

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Engineering the Future Economy

Today most nations, that have their act together, realize high tech jobs and a highly educated workforce are a huge key to economic success and they (governments often, but also companies, rich individuals and foundations) are taking action to position their country to do well. Anyone that is serious about this should read about How to cultivate Your Own Silicon Valley.

Where’d The Whiz Kids Go? by Nick Perry:
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Vitamin D Reduces Cancer Risk?

Vitamin D ‘slashes cancer risk’, BBC News:

US scientists found taking the tablets cut the risk of a disease, which has a poor prognosis in almost half of cases.
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pancreas tissue – both normal and cancerous – has been found to contain high levels of an enzyme that converts vitamin D into its active form.
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Taking the US Recommended Daily Allowance (RDA) of vitamin D (400 IU/day) was found to reduce the risk of pancreatic cancer by 43%.

They said further work was necessary to determine if consuming vitamin D in the diet, or through sun exposure might have even more of an effect than taking supplements.

Do you ever wonder that we don’t seem to get rid of cancer yet we have lots of stories about cures (or methods to reduce risk…). Read: Another Paper Questions Scientific Paper Accuracy which includes links to: “Why Medical Studies Are Often Wrong” and “Contradicted and Initially Stronger Effects in Highly Cited Clinical Research.” Just a reminder that you can’t rely on headlines (the truth is usually much less clear). Plus, of course, the difficulty of turning research findings into practical solutions means there are often long delays before widespread results can be enjoyed by society.

Siemens Competition in Math, Science and Technology

Siemens Competition in Math, Science & Technology

Students may enter as individuals or as part of a team. Applications are due by 2 Oct, 2006. Up to thirty individual students and thirty teams (of 2 or 3 students) are chosen to compete at six regional competitions hosted by our partner universities MIT, Carnegie Mellon, Georgia Tech, Notre Dame, UT Austin and UC Berkeley.

Students who win their regional competition receive a silver medal and scholarships of $3,000 (team members receive $6,000 to be divided equally between team members) and go on to compete at the national event in New York City. The top individual and top team each receive $100,000 scholarships. Runners up receive scholarships ranging from $10,000 to $50,000.