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Tagged with “storage” (5)

  1. The Far Future

    How do we prepare for the distant future? Helen Keen meets the people who try to.

    If our tech society continues then we can leave data for future generations in huge, mundane quantities, detailing our every tweet and Facebook ‘like’. But how long could this information be stored? And if society as we know it ends, will our achievements vanish with it? How do we plan for and protect those who will be our distant descendants and yet may have hopes, fears, languages, beliefs, even religions that we simply cannot predict? What if anything can we, should we, pass on?

    https://www.bbc.co.uk/programmes/p05sxgvj

    —Huffduffed by adactio

  2. 99% Invisible Episode 114: Ten Thousand Years

    In 1990, the federal government invited a group of  geologists, linguists, astrophysicists, architects, artists, and writers to the New Mexico desert, to visit the Waste Isolation Pilot Plant. They would be there on assignment.

    The Waste Isolation Pilot Plant (WIPP) is the nation’s only permanent underground repository for nuclear waste. Radioactive byproducts from nuclear weapons manufacturing and nuclear power plants. WIPP was designed not only to handle a waste stream of various forms of nuclear sludge, but also more mundane things that interacted with radioactive materials, such as tools and gloves.

    WIPP, which is located deep in the New Mexico desert, was designed to store all of this radioactive material and keep us all safe from it.

    Eventually, WIPP  will be sealed up and left alone. Years will pass and those years will become decades. Those decades will become centuries and those centuries will roll into millennia. People above ground will come and go. Cultures will rise and fall. And all the while, below the surface, that cave full of waste will get smaller and smaller, until the salt swallows up all those oil drums and entombs them. Then, all the old radioactive gloves and tools and little bits from bombs –all still radioactive– will be solidified in the earth’s crust for more than 200,000 years. Basically forever.

    Storing something safely forever is a huge design problem; in fact, the jury’s still out on whether WIPP has solved the basics of the storage problem at all. In February of 2014, a leak was detected at WIPP which exposed several workers to radiation and WIPP has been closed since. The Department of Energy now predicts that it could be up to three years before WIPP is fully operational again.

    We know these facts because we can look them up and read the news in a shared language. The problem that the aforementioned panel was convened to address was how to communicate this information to people 10,000 years in the future.

    This WIPP site is going to be radioactive for hundreds of thousands of years, though this panel was only responsible for keeping this place sufficiently marked for humans for the next 10,000 years—thinking beyond that timeframe was thought to be impossible.

    Though 10,000 years in the future is still fairly inconceivable. 10,000 years ago, the biggest new technology spreading across the planet was farming. Culturally, we share almost nothing with people alive back then. Who knows the world will look like 10,000 years from now?

    The panel began by thinking about language. But language, like radioactive materials, has a half life. Beowulf, from only 1,000 years ago, is incomprehensible today.

    The panel also considered symbols, which seemed like they might be more universal. A smiley face seems to have a global appeal. And face logos have already been used as warnings.

    Carl Sagan (who was invited to participate on the panel but had a schedule conflict) sent the WIPP panel a letter saying this whole marker problem was easily solved with the right symbol, and he knew just the one: the skull and crossbones.

    But symbols can also shift over time. The skull and crossbones actually began not as a symbol of death, but a symbol of rebirth. The earliest uses of it are in religious paintings and sculptures from uh middle ages. At the foot of the cross where Jesus is crucified, there lies a skull with two bones in the shape of a cross, not an ‘x.’ The skull is supposed to be that of Adam.

    A few centures later, ship captains started to draw little skull and cross bones in their logs, next the names of sailors who had died at sea. Sailors came to associate the symbol with death.

    Fast forward another century. Pirates realized they could use symbolism to terrify their targets into compliance. But there were several different designs besides the “jolly roger” that pirates used, including an hourglass, and a bleeding heart. The banner of Edward Teach (also known as “Blackbeard”) had both.

    Then, in 1720, a pirate named Calico Jack Rackham was captured and put on trial. The trial was the sensational story of the day, and everyone in England was talking about it. And it just so happened Calico Jack’s symbol was the Jolly Roger, though in his case the bones were replaced with a pair of crossed swords.

    After that trial, the skull and crossbones permeated culture as a symbol of danger. By the late 1800s, it was starting to be used as a symbol for poison. Then in the 1940s, the Nazis adopted it for their SS death head divisions.

    The skull and crossbones came to be associated with danger and death around the world. But its meaning didn’t truly become a universal. In the last few decades, the Jolly Roger has gone mainstream. Now you’ll see it on backpacks, toddler onesies, and even on water bottles. So much for indicating poison.

    Ruling out language and symbols, the panelists thought about using some visual storytelling. Panelist Jon Lomberg thought you could define the radioactive trefoil symbol with a sequence of events.

    But if you read that comic strip from the bottom up, it looks like the man has found the fountain of youth!

    Another panelist, a landscape artist and architect named Mike Brill, realized that we they actually need to transmit information into the future.  They just needed to make people scared of being in this dangerous place. He envisioned huge needles jutting up from the ground—a “landscape of thorns.”

    But there’s no way of knowing that this ominous landscape won’t become an attraction in itself and actually invite people to explore it.

    The most hands-down 99pi favorite solution, though, didn’t come from the WIPP brainstorm—rather, it came out of the Human Interference Task Force, a similar panel that was pulled together in 1981 for the now-defunct Yucca Mountain project. It was proposed by two philosophers, Françoise Bastide and Paolo Fabbri.

    Bastide and Fabbri came to the conclusion that the most durable thing that humanity has ever made is culture: religion, folklore, belief systems. They may morph over time, but an essential message can get pulled through over millennia.  They proposed that we genetically engineer a species of cat that changes color in the presence of radiation, which would be released into the wild to serve as living Geiger counters. Then, we would create folklore and write songs and tell stories about these “ray cats,” the moral being that when you see these cats change colors, run far, far away.

    This is all a lot of effort to protect people we that our great great great grandkids will never know. All while people now, in our own time, are already harmed by the results of nuclear weapons manufacturing.

    The town of Tallevast, Florida is a small, predominantly African-American community south of Tampa, Florida. In the 1960s, a beryllium processing plant was set up in the middle of town to manufacture components for nuclear bombs and build pieces of the Hubble space telescope. It turned out that this plant was never very good about dealing with its waste.**

    Tallevast residents started noticing that a lot of people were getting diagnosed with cancer and other diseases including berryliosis, which you get from exposure to beryllium. Tallevast filed a lawsuit against the company that owns the plant, Lockheed-Martin. Lockheed spent years dragging the out the suit.

    Lockheed-Martin happens to be the parent company of Sandia National Labs, the corporation that runs the WIPP site in New Mexico.

    Which kind of makes you wonder if the best way to protect people 10,000 years from now is to just make sure we take care of people alive today.

    99% Invisible contributor Matthew Kielty spoke with Artist Jon Lomberg; archaeologist Maureen Kaplan; and Roger Nelson, the chief scientist overseeing WIPP.

    ORIGINAL MUSIC provided by musician Emperor X. His song “Don’t Change Color, Kitty” is guaranteed to get stuck in your head for the next 10,000 years. The song is just one piece of his brand new EP, 10,000-Year Earworm to Discourage Settlement Near Nuclear Waste Repositories available now at Bandcamp.

    Thanks also to Steve Lerner, author of Sacrifice Zones; to Robb Moss, who has a film forthcoming about WIPP; Matt Stroud and Jordan Oplinger at The Verge; and Abe Van Luick at the Department of Energy.

    http://99percentinvisible.org/episode/ten-thousand-years/

    —Huffduffed by adactio

  3. Michael Mahemoff — HTML5 offline for fun and performance

    With HTML5, we can now cache our applications and the data that goes with them. This means our favourite programming platform can now be used to build apps that work offline, survive intermittent downtimes, and gain in performance from cached content. In this session we’ll get hands-​​​​on with the application cache to make the app run when it’s not online. We’ll check out the techniques for client-​​​​side persistence: web storage and indexed database. Finally, we’ll look at the latest techniques for file access — reading and writing files on the user’s hard drive from a web app is being defined by web standards and implemented in today’s modern browsers.

    Michael Mahemoff is a Chrome Developer Advocate for Google, based in London, always looking at ways to make the web a more habitable place for users and developers alike. He’s been programming on the web since the mid ’90s, in a range of public-​​​​facing and enterprise (Java, what else?) contexts, and is the author of Ajax Design Patterns (O’Reilly, 2006) and a blogger for Ajaxian​.com. Server side, he’s mostly a Ruby, PHP, and NodeJS guy and sushi is his preferred coding fuel. Michael holds a PhD from the University of Melbourne, covering software design patterns for improving user experience.

    http://www.webdirections.org/resources/michael-mahemoff-html5-offline-for-fun-and-performance/

    —Huffduffed by adactio