First, what really fascinated me about the article was how it highlighted a number of things so obvious about how we design things - with a focus on the center and craftsmanship, for instance - that I'd never thought of quite that way before. That was fantastic.
Second, I thought it was interesting that they were imagining apocalyptic-type scenarios where all knowledge of the inscribed written languages are lost. I suppose that's sensible if you're looking at a 10,000 year time horizon.
Third, while I learned a lot and was generally really impressed with this piece, this line turned me off a lot:
> We can never know if we indeed have successfully communicated with our descendants 400 generations removed, but we can, in any case, perhaps convey an important message to ourselves.
That line came after talking about how the project is six times larger in scale than the Pyramids were to build, and how to "to ensure the probability of success, the WIPP marker undertaking will have to be one of the greatest public works ventures in history."
And therein lies the problem - buried in a couple quick lines is a very powerful secondary motivation of the authors of the spec. The go on for pages with concrete details and supporting theory as if they're just trying to meet requirements, only barely acknowledging that, "and hey, it might not work, but we'll have done something impressive and made a statement in our own day and age." This seems like the stuff that boondoggles are made of - propose a seemingly functional process, while sneaking in, "...and regardless of if it meets its goals, it'll sure be impressive and send a message."
I miss some discussion of human curiosity. Isn't a large part of contemporary culture structured around stories of going past ominuous warnings to find the arc of covenant/holy grail/amulet of yendor?
So what is the convincing argument that a huge designed structure will not trigger exactly the behaviour it is supposed to discourage? And even if the political elites of a 10000AD culture believe the warnings they read in the accepted translations of the inscriptions, who is going to stop a well equipped fringe scientist of trying to prove these boring, timid bureaucrats wrong?
The Eqyptian pyramids were clearly 'a place of honor', made with a perfect shape, and certainly infused with riches galore. They're trying to convey the exact opposite here.
They note toward the end of the essay that the best deterrent may be the illness suffered by the first explorers of the site and that in fact, that may be a cheaper warning system than everything they've discussed building.
In any case, if we can make the arguably optimistic assumption that technology won't suffer any major setbacks in the next 10,000 years, cultures at the end of that time frame should have figured out how to safely explore a radioactive waste site. Even we know how to do it today, if you count sending in robots as exploration.
As the writers say, as long as the radioactivity stays contained, the damage it can/will cause is relatively self-limiting.
Read more closely. Early in the paper they discuss that strong warnings might go unheeded as the danger is far below ground. They then suggest that it might be most effective to actually contaminate the surface level of the site with low-levels of radioactive material so as to purposefully kill people that invade the site. They then suggest doing calculations to see whether the expected casualties over 10,000 years would be worth it. Icky but cold and calculated thinking about a cold topic.
I'm nowhere near as qualified as that team — but wouldn't it be better to not mark it, at all?
Whatever landmark you place, people will explore. Whatever warnings you place, people will ignore. At least with no markings, and the spot being remote like in the middle of a desert or something, you've got a chance that nobody will ever find it.
And that's if future generations are somehow less smart than us, otherwise they'll most likely know the human history, and still be able to measure radioactivity anyway.
An alternative to a physical monument on Earth is a device based off-planet, probably on the moon, that beams a laser movie to the site every few weeks. It could project a short film which shows humans digging at the site then dying gruesome deaths. This device has to survive, and operate autonomously for thousands of years, but I'm sure this would be possible if it was maintained by a self-repairing robot.
Perhaps they should have included a nuclear engineer on the team, who could have told them to use a breeder reactor to process the 'waste' into useful energy so that the remainder would only be dangerous for a few hundred years instead of 10,000. That would make storing it safely a much easier problem.
Whatever catastrophe that would lead to the eradication of knowledge of English is going to kill a million times more people than the worst case scenario of a nuclear waste exposure.
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[ 6.1 ms ] story [ 53.2 ms ] threadAlternatively, see this breezier (but pretty good) summary: http://www.damninteresting.com/this-place-is-not-a-place-of-...
First, what really fascinated me about the article was how it highlighted a number of things so obvious about how we design things - with a focus on the center and craftsmanship, for instance - that I'd never thought of quite that way before. That was fantastic.
Second, I thought it was interesting that they were imagining apocalyptic-type scenarios where all knowledge of the inscribed written languages are lost. I suppose that's sensible if you're looking at a 10,000 year time horizon.
Third, while I learned a lot and was generally really impressed with this piece, this line turned me off a lot:
> We can never know if we indeed have successfully communicated with our descendants 400 generations removed, but we can, in any case, perhaps convey an important message to ourselves.
That line came after talking about how the project is six times larger in scale than the Pyramids were to build, and how to "to ensure the probability of success, the WIPP marker undertaking will have to be one of the greatest public works ventures in history."
And therein lies the problem - buried in a couple quick lines is a very powerful secondary motivation of the authors of the spec. The go on for pages with concrete details and supporting theory as if they're just trying to meet requirements, only barely acknowledging that, "and hey, it might not work, but we'll have done something impressive and made a statement in our own day and age." This seems like the stuff that boondoggles are made of - propose a seemingly functional process, while sneaking in, "...and regardless of if it meets its goals, it'll sure be impressive and send a message."
So what is the convincing argument that a huge designed structure will not trigger exactly the behaviour it is supposed to discourage? And even if the political elites of a 10000AD culture believe the warnings they read in the accepted translations of the inscriptions, who is going to stop a well equipped fringe scientist of trying to prove these boring, timid bureaucrats wrong?
This is a hard problem. I wish it were a problem we didn't have.
In any case, if we can make the arguably optimistic assumption that technology won't suffer any major setbacks in the next 10,000 years, cultures at the end of that time frame should have figured out how to safely explore a radioactive waste site. Even we know how to do it today, if you count sending in robots as exploration.
As the writers say, as long as the radioactivity stays contained, the damage it can/will cause is relatively self-limiting.
Whatever landmark you place, people will explore. Whatever warnings you place, people will ignore. At least with no markings, and the spot being remote like in the middle of a desert or something, you've got a chance that nobody will ever find it.
And that's if future generations are somehow less smart than us, otherwise they'll most likely know the human history, and still be able to measure radioactivity anyway.