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The Human Genome Project received a lot of media attention from scientific journals and the mainstream press.

Left to right: Time July 3, 2000; Science February 16, 2001; Nature February 15, 2001.

Green: Or sloppy transcription, that our enzymes are just going off and making a bunch of RNA because they don’t know how to control themselves. And it’s just garbage. But, no. And I like your point about 20 years ago, we couldn’t imagine. I would propose that 20 years from now, we might look back at this conversation and say, ‘Oh, my goodness, think about all these other ways that the genome functions.’ There’s no reason to think we have our hands around it all in terms of all the biological complexity of DNA; I’m quite sure we don’t.

FORT CAMPBELL, KY (AP) — A helicopter flew unmanned around Fort Campbell recently in what is the Army’s first automated flight of an empty Black Hawk, officials said.

The 14,000-pound UH-60A Black Hawk successfully navigated around the post as if it were downtown Manhattan, engineers told reporters Tuesday.

The DARPA Aircrew Labor In-Cockpit Automation System (ALIAS) program took the helicopter on 30-minute flight on Feb. 5. It was the first time the system known as ALIAS flew completely by itself. The system is being tested with 14 military aircraft.

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When the next generations are fewer and less wealthy than the previous generations(who are living longer), problems can arise.

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Much like people can learn more about themselves by stepping outside of their comfort zones, researchers can learn more about a system by giving it a jolt that makes it a little unstable—scientists call this “out of equilibrium”—and watching what happens as it settles back down into a more stable state.

In the case of a known as yttrium barium copper oxide, or YBCO, experiments have shown that under certain conditions, knocking it out of equilibrium with a laser pulse allows it to superconduct—conduct electrical current with no loss—at much closer to room than researchers expected. This could be a big deal, given that scientists have been pursuing room-temperature superconductors for more than three decades.

But do observations of this unstable state have any bearing on how high-temperature superconductors would work in the real world, where applications like power lines, maglev trains, particle accelerators and medical equipment require them to be stable?