The Limits of Memory
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by James Wallace Harris, 3/3/25 It annoys me more and more that I can’t
recall names and nouns. I don’t worry yet that it’s dementia because most
of my fri...
1 week ago
Well, all this is interesting to me, anyway, and that's what matters here. The Internet is a terrible thing for someone like me, who finds almost everything interesting.
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International Space Station (NASA/2009) |
More than a quarter of the area that NASA has designated for experiments sits empty. Much of the research done aboard the station deals with living and working in space — with marginal application back on Earth. And the nonprofit group that NASA chose to lure more research to the outpost has been plagued by internal strife and recently lost its director.
And more broadly, questions remain about whether NASA can develop U.S. capability to send experiments up and bring them back to Earth — and whether, in fact, the station can live up to the promises that were used to justify its creation. ...
This "incredible potential" is what NASA used to justify the decision to build a space station, which had been in the works since the Reagan administration.
"When we finish, ISS will be a premier, world-class laboratory in low Earth orbit that promises to yield insights, science and information, the likes of which we cannot fully comprehend as we stand here at the beginning," said then-NASA Administrator Daniel Goldin during a 2001 congressional hearing. ...
But then — as now — some questioned the station's future as a center of science. They note that much of the research done aboard the station deals with surviving the space environment.
Privately, some NASA officials worry the outpost could feed into the agency's reputation as a "self-licking ice cream cone" in that space-based experiments help NASA keep doing space-based experiments.
NASA officials, however, say research is just beginning and already there have been advances.
Scientists at Johnson Space Center in Houston have taken advantage of the station's lack of gravity to develop "micro-balloons" the size of red blood cells that can carry drugs to cancer tumors. And the European Space Agency is looking to help doctors better diagnose asthma by using an air-monitoring device developed for astronauts.
"It's the tip of the iceberg," said Marybeth Edeen, NASA manager of the station's national laboratory.
The inability to completely fill NASA's science racks, she said, is simply one of the priorities. Up until now, NASA has been focused on building the station. Indeed, the station crew, which expanded from three to six members in 2009, now spends about 50 hours a week on science, as opposed to three hours a week in 2008.
It's pretty much the worst nightmare of every immigration restrictionist. They keep agitating for a higher and higher, double-walled, electrified border fence and here comes a son of migrant farm workers who can fly through space, fuck you very much. In any case, a state judge has ruled that Hernandez meets even the state's stringent guidelines for stating one's vocation on a ballot…
Judge Lloyd Connelly rejected Republican arguments that Hernandez did not work as an astronaut in the year before filing his candidacy and cannot list "astronaut/scientist/engineer" on the ballot as his occupation.
He said Hernandez is an astronaut for "more than the time spent riding a rocket." Hernandez left his job at NASA in January 2011, then worked at a technology company until October.
I, for one, am desperate to know what occupations the Republican presidential candidates will list for themselves on the California ballot, given the requirement to state "one's current profession, vocation, or one held during the previous calendar year." Traveling from state to state while begging for money is a requirement for running an effective campaign, but "professional vagrant" just doesn't have a presidential ring to it.
I’ve heard some folks wondering why NASA is using such a crazy complicated way to land the rover. The reason has to do with the gravity and atmosphere of Mars, as well as the mass of the rover itself. Landing on Mars is difficult. It has just enough gravity to make it hard to land with just rockets; it would take a lot of fuel, and that means you have to lug that all the way there, which in turn means less mass available for the science package. Mars also has air, which means you can use parachutes, but the air is too thin to make it practical to use them all the way down like we do on Earth. So we’re stuck having to use both rockets and parachutes.
And if you think Curiosity’s landing is crazy, don’t forget that Spirit and Opportunity used giant airbags to literally bounce their way down to the surface! That method wouldn’t work with Curiosity, which is too big for airbags.
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(Abstruse Goose) |
When the space shuttle Atlantis makes its final flight at the end of June, the United States’ manned space program will come to an end for the foreseeable future. For those of us who grew up with the space program, first catching up to the Soviets after their launch of Sputnik, then through the Mercury, Gemini and Apollo programs, culminating with landings on the moon, there could be nothing more inspiring than seeing Americans expand our horizons into space. First the moon, then Mars, then–who knows? Jupiter, out past the edge of the solar system, intergalactic exploration, starships flying close to the speed of light. But, no. The moon was as far as we got. The shuttle program, interesting as it was, took us only into near-Earth orbit. Shuttles exploded, burned up in re-entry, the romance faded, the fleet aged with nothing to replace it, and the moon is as far as we got. We somehow became a nation more obsessed with cutting taxes and spending than with exploring the universe. A nation that put men on the moon now can’t even figure out how to pave our highways or pay for our schools, much less send men to Mars.
Throughout the 1960s, public opinion polls indicated that 45 to 60 percent of Americans felt that the government was spending too much money on space exploration. Even after Neil Armstrong’s “giant leap for mankind,” only a lukewarm 53 percent of the public believed that the historic event had been worth the cost.
“The decision to proceed with Apollo was not made because it was enormously popular with the public, despite general acquiescence, but for hard-edged political reasons,” writes Roger D. Launius, the senior curator at Smithsonian’s divison of space history, in the journal Space Policy. “Most of these were related to the Cold War crises of the early 1960s, in which spaceflight served as a surrogate for face-to-face military confrontation.” However, that acute sense of crisis was fleeting—and with it, enthusiasm for the Apollo program.
Two hundred years ago, Ascension Island was a barren volcanic edifice.
Today, its peaks are covered by lush tropical "cloud forest".
What happened in the interim is the amazing story of how the architect of evolution, Kew Gardens and the Royal Navy conspired to build a fully functioning, but totally artificial ecosystem.
Ascension was a strategic base for the Royal Navy. Originally set up to keep a watchful eye on the exiled emperor Napoleon on nearby St Helena, it was a thriving waystation at the time of Hooker's visit.
However, the big problem that impeded further expansion of this imperial outpost was the supply of fresh water.
Ascension was an arid island, buffeted by dry trade winds from southern Africa. Devoid of trees at the time of Darwin and Hooker's visits, the little rain that did fall quickly evaporated away.
Egged on by Darwin, in 1847 Hooker advised the Royal Navy to set in motion an elaborate plan. With the help of Kew Gardens - where Hooker's father was director - shipments of trees were to be sent to Ascension.
The idea was breathtakingly simple. Trees would capture more rain, reduce evaporation and create rich, loamy soils. The "cinder" would become a garden.
So, beginning in 1850 and continuing year after year, ships started to come. Each deposited a motley assortment of plants from botanical gardens in Europe, South Africa and Argentina.
"What it tells us is that we can build a fully functioning ecosystem through a series of chance accidents or trial and error."
In effect, what Darwin, Hooker and the Royal Navy achieved was the world's first experiment in "terra-forming". They created a self-sustaining and self-reproducing ecosystem in order to make Ascension Island more habitable.
[Dr. Dave] Wilkinson thinks that the principles that emerge from that experiment could be used to transform future colonies on Mars. In other words, rather than trying to improve an environment by force, the best approach might be to work with life to help it "find its own way".
Schmitt's harsh words are part of a furious blowback to the administration's new strategy for NASA. The administration has decided to kill NASA's Constellation program, crafted during the Bush administration with an ambitious goal of putting astronauts back on the moon by 2020.
In fact, Obama's budget boosts NASA's funding by $6 billion over the next five years. The extra money is less than the $3 billion-a-year hike that a presidential advisory panel said would be necessary for a robust human space flight, but it's still an increase when many agencies are being squeezed.
Obama's move for a greater private sector role in space launches -- as he seeks to keep ballooning federal deficits in check -- has generated fears of job losses among thousands of NASA employees who provide an important economic base in Florida, a state usually crucial in presidential elections.
Obama's 2011 budget request would nix Constellation's rocket and crew capsule, funnel billions of dollars to new spaceflight technologies, and outsource to commercial firms the task of ferrying astronauts to low-Earth orbit.
This means Americans would have to pay to ride on Russian rockets to get into orbit, a stark turn of events after the pivotal battle the United States and the Soviet Union fought to outdo each other in the space race.