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Nicola Tesla: A Battle to Preserve a Visionary’s Bold FailureConcerning the effort to save Tesla's Wardenclyffe workshop site on Long Island, NY. A Tesla biographer, claiming the importance of this site, says: “He’s an icon. He stands for what humans are supposed to do — honor nature while using high technology to harness its powers.” Well said. |
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In Hot Pursuit of Fusion (or Folly)NYTimes science section in the 26 May 2009 issue featured as the main article a $3.5 US billion project in Livermore, CA known as the National Ignition Facility, or NIF. "Bringing Star Power to Earth". For more than half a century, physicists have dreamed of creating tiny stars that would inaugurate an era of bold science and cheap energy, and NIF is meant to kindle that blaze. Good quote from the project's director, Ed Moses on the difficulties and uncertains of the success of the project: "Taking on big projects that challenge the imagination 'is who we are as a species.'" |
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Now, the Hard Part: Putting the Genome to Work [NYTimes, 27 Jun 2000]A blast from the past, when the human genome was first pronounced "finished". Though written nearly a decade ago, it does a good job of framing the big issues that are still very relevant to the human genome project today. |
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Unlocking the secrets of the genomeHere's a good companion article to my previous bookmark -- published almost exactly 9 years later, and describing how much we have yet to learn. Summary: "Despite the successes of genomics, little is known about how genetic information produces complex organisms. A look at the crucial functional elements of fly and worm genomes could change that." |
Here are some classic exchanges between Calvin and his father as he answers Calvin's science questions. (This is from Bill Watterson's Calvin and Hobbes comic strip http://en.wikipedia.org/wiki/Calvin_and_Hobbes).
Calvin: How do they know the load limit on bridges, Dad?
Dad: They drive bigger and bigger trucks over the bridge until it breaks. Then
they weigh the last truck and rebuild the bridge.
C: Why does the sun set?
D: It's because hot air rises. The sun's hot in the middle of the day, so it
rises high in the sky. In the evening then, it cools down and sets.
C: Why does it go from east to west?
D: Solar wind.
C: Why does the sky turn red as the sun sets?
D: That's all the oxygen in the atmosphere catching fire.
C: Where does the sun go when it sets?
D: The sun sets in the west. In Arizona actually, near Flagstaff.
C: Oh.
D: That's why the rocks there are so red.
C: Don't the people get burned up?
D: No, the sun goes out as it sets. That's why it is dark at night.
C: Doesn't the sun crush the whole state when it lands?
D: Ha ha, of course not. Hold a quarter up. See, the sun's just about the
same size.
C: I thought I read that the sun was really big.
D: You can't believe everything you read, I'm afraid.
C: So how does the sun rise in the east if it lands in Arizona each night?
D: Well, time for bed.
C: Dad, how come old photographs are always black and white? Didn't they
have color film back then?
D: Sure they did. In fact, those old photographs ARE in color. It's just the
WORLD was black and white then.
C: Really?
D: Yep. The world didn't turn color until sometime in the 1930s, and it was
pretty grainy color for a while, too.
C: That's really weird.
D: Well, truth is stranger than fiction.
C: But then why are old PAINTINGS in color?! If the world was black and
white, wouldn't artists have painted it that way?
D: Not necessarily. A lot of great artists were insane.
C: But... but how could they have painted in color anyway? Wouldn't their
paints have been shades of gray back then?
D: Of course, but they turned colors like everything else in the '30s.
C: So why didn't old black and white photos turn color too?
D: Because they were color pictures of black and white, remember?
C: Dad, will you explain the theory of relativity to me? I don't understand
why time goes slower at greater speed.
D: It's because you keep changing time zones. See, if you fly to California,
you gain three hours on a five-hour flight, right?
So if you go at the speed of light, you gain MORE time, because it doesn't
take as long to get there. Of course, the theory of relativity only works if
you're going west.
Ralph Cicerone, president of the U.S. National Academy of Sciences, in an editorial in _Science_ magazine, notes the "new excitement and support" for science in the Obama era and says that "scientists must do much more to show how science works and how scientific research contributes to the nation."
http://www.sciencemag.org/cgi/content/full/324/5926/439
He calls on professional scientists in the research community to engage new science students and become "more deeply involved in improving science education at all levels," including pre-collegiates. This will help garner the deep public support needed for successful science projects.
He finishes with: "Scientists have great stories to tell, and many important people want to hear them. So let's get going and tell them."
It is my hope that this TeamHuman.org science tribe can help provide a forum for scientists to tell their stories and engage with the community.
I posted an entry on my blogger blog in Nov 2007 with some suggestions for how to improve our national scientific health:
http://trutane.blogspot.com/2007/11/more-scientists.html
Feel free to post any comments on that entry (or here, if you prefer).
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CoolScienceCollection of awe-inspiring science-driven news or discoveries. |
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SciTechLinksSome links of scientific or technological interest. |