Sweet! This is a stellar example of the direction that web-related development is going. If anything, Haufler should get some kind of academic recognition from the school's Computer Sciences dept. or whatever it may be called. In the private sector, this kind of innovative development would earn a promotion and raise at the least.
Meanwhile, my post on hydrogen fuel cell cars kicked off a long and fruitful discussion about the benefits and drawbacks of hydrogen gas. The whole thing is worth a read, but here's reader Yoshi taking on the high cost of producing hydrogen:
Why no mention of how much energy it took to obtain that hydrogen? While fuel cells have been around since 1839, the main drawback is the "upside-down" equation of separating and concentrating the hydrogen. It takes a lot more energy to get the hydrogen than it produces (upside down). We make about one-tenth the amount for industrial purposes that would be required were we to power cars with it. Most is produced from Natural gas. Using dirty energy to make clean energy doesn't help our pollution problem.
Finally, a recent guest post by James Bessen looked at what early textile technology could teach us about innovation and the future of American jobs. In response, reader DV Henkel-Wallace pointed out that Francis Lowell's tactic to bringing the loom to the New World would look very familiar to some today:
Don't forget: the construction of the power loom was a state secret in Britain. Lowell didn't just happen to see the mills in Britain, he went deliberately for that purpose, and memorized the design because taking notes was forbidden.Without "piracy" the mill would not have come here (nor would the words of Dickens which weren't protected by copyright in the US either)