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Comment Re:NASA's mission (Score 3, Interesting) 237

Not sure how any serious engineer or scientist works at NASA these days.

I work at a NASA research lab, and find it a rewarding way to spend my time... I've seen exoplanets through the eyes of space telescopes. I've invented AI algorithms and then flown them on smart satellites. My code has run on a rover traversing the surface of Mars. I agree that commercial enterprise has a role to play - but for all its imperfections, NASA is still a pretty remarkable institution at this particular moment in human history.

Comment Re:Take that flaky humans! (Score 2, Insightful) 147

Point taken, but if science is our goal then our performance metric should be discoveries achieved per dollar spent.

The Mars Exploration Rover mission cost less than $1 billion total. In contemporary dollars the Apollo program cost $150-200 billion (and going to Mars would be WAY tougher than the Moon). Imagine - the price of a human mission we could fill the solar system with squadrons of rovers. The numbers are rough, but they suggest that we can get more science for our buck with robots.
The Media

Can Large Corporations Buy "Cool?" 209

TobyToadstool writes "With the recent news that NBC and News Corp. will launch a YouTube rival, CNet asks: Can big corporations buy the zeitgeist or will they inevitably screw up? CNet calls the new wannabe 'Me Too Tube.' The article looks at companies trying to buy their way into user-generated content. Quoting: 'There is something incredibly boring and sad about giant companies who constantly chase the fleeing tailcoats of the latest Internet trends. Like the kid who [leaned] over and copied you in art class, News Corp./NBC are the archetypal corporation — lumbering and so very uncool.'"

Viking Mars Mission Might Have Missed Life 136

Johan Louwers writes "The Viking mars mission in 1976 might have missed signs of life due to not completely working analysis equipment. GC-MS on the Viking 1976 Mars missions did not detect organic molecules on the Martian surface, even those expected from meteorite bombardment. This result suggested that the Martian regolith might hold a potent oxidant that converts all organic molecules to carbon dioxide rapidly relative to the rate at which they arrive. This conclusion is influencing the design of Mars missions. We reexamine this conclusion in light of what is known about the oxidation of organic compounds generally and the nature of organics likely to come to Mars via meteorite."

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