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2004's Science Talent Search Winners Are In
Slate is running an article about this year's Science Talent Search (concentrating on things like whether the participants are "weirdos"); there are better descriptions of the top entrants' projects at this results page. Congratulations to the winners!
I won my senior year in high school and now all I do is post on /.
Now i feel old AND stupid. Thanks a lot you insensitive clod!
That said, looks like some rather spiffy stuff there.
The World Wide Web is dying. Soon, we shall have only the Internet.
I was a finalist in the Westinghouse STS in 1995. The only help I got from my parents was their encouragement because they sure as hell didn't understand the work I was doing.
Some people have an advantage due to their parents, but some do it on their own. It'd be kinder to give them the benefit of the doubt.
The Slate article is insulting. There is no other way to put it. The starting assumption that these kids would be so-called weirdos is silly, though perhaps unfounded. The stated "corollary" that "The more homegrown a young researcher, the more humdrum (by Intel standards) his or her enterprise--and the more exotic the kids' names, the more esoteric their topics" and the associated analysis of project titles is equally silly. Intel project titles are shaped by the conflicting influences of showing scientific merit (thus specific, and probably incomprehensible for people outside of the field of research, titles) versus appealing to a lay audience (such as the author of this article?).
... was on American ingenuity -- useful applications rather than elegant speculations." The story about the first prize winner's project, if anything, could perhaps reflect some politics in Intel's judging. The listed applications for the other projects are just that -- applications. When you do a theoretical project, you're forced into a position of "selling it." People will come up to you and ask you why what you did matters, and for the majority of them it will not suffice to extoll the value of intellectual development for its own sake. Very few STS finalists would be willing to say "this was just interesting theoretical work, with no immediate applications" (even if that is the complete truth). Am I devaluing their work? Absolutely not! I'm currently working on my mathematics degree, and I'm very much leaning towards pure math -- the more theoretical the better. If anything, I'd like to point out the viewpoint that "useful applications" are important is very dangerous. You can't always be looking at the short term, or significant advances won't happen.
;)
The author later implies that these kids "may get short shrift from their popular peers" -- the standard "nerd" with no social skills stereotype. While, without a doubt, some of these kids fall into that mold, it is far from true for some, and in fact most, of them.
Lastly, the conclusion, in addition to perhaps being at odds with the earlier analysis of names, states that "the premium this year
Overall, the Slate article displays a certain viewpoint and tint that I find very distasteful (just look at the cartoon they chose to have accompany the article!).
With that, I'd like to congratulate the current crop of finalists. I hope they enjoy their time in the limelight, so to speak. It should be truly a wonderful experience. I personally know several of them and know that they most definitely deserve it.
Truth-in-commenting Addendum: I say the above as a former STS Top 10 awardee, so I'm not entirely impartial here
I have to say, the work these young students have done is nothing short of amazing. Herbert Hedberg's work on analyzing telomerase inhibitors resulted in a tool that can run the analysis in 10 minutes compared to the standard method which takes 2 days. Imagine the potential impact that can have on the treatment of cancer patients, like his grandmother.
Boris Alexeev's work may yield this guy a visit from the NSA. With minimization of deterministic finite automata you have - as the article points out - a tool to reduce the memory and processing requirements of certain kinds of operations such as speech and optical character recognition - however, the article failed to point out another obvious application - signal processing with tons of applications in video and audio surveillance/recognition.
Ryna Karnik's work applies directly to processor manufacturing - using a focused ion beam instead of photolithorgraphy to etch wafers. I read about a similar technique, but using electron beams in a sub-.03 micron process.
Anyway, I was dumbstruck that these teenagers have produced such groundbreaking, original research. With encouragement and a suitable academic environment, teens can blossom - not just the gifted ones - and do amazing work that belies the stereotyping surrounding their age.
As gifted teens, I remember how few adults took me and my friends seriously, much less listen to our ideas. As a society, American really needs to invest more money, time, and expertise in our educational system to ensure that more of our youth can have futures as bright as these student-researchers.