Microsoft develops ultra durable glass plates that can store several TBs of data for 10000 years::Project Silica’s coaster-size glass plates can store unaltered data for thousands of years, creating sustainable storage for the world

  • jetA
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    1 year ago

    You make a good point, and it’s funny.

    But we can make estimates for the endurance of various materials from today. And we know the limitations of most of our media is quite short. So having something that’s predicted to last a while is still a good thing, even if we don’t have empirical evidence yet.

    Ignoring physical damage, by being crushed or said on fire. We know that some materials are not inherently stable. Like they haven’t reached their final molecular state. Especially in the presence of oxygen or other catalysts.

    Papers a great example, a lot of paper, and a lot of ink used on paper can be acidic degrading the paper over time. So we know that what’s printed today, the vast majority of it, is not going to last very long. Just because of the acid ignoring all the other issues with paper and rot etc.

    So if they have some stable glass material that can encode data, and is in molecular steady state, so it doesn’t want to degrade on its own. That changes the problem from how do you prevent this material from reacting to its own environment, to how do you prevent this material from being manually destroyed. It’s a different problem, but it’s an easier problem

    • XeroxCool@lemmy.world
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      1 year ago

      or said on fire.

      I don’t want to detract from your point, but I’m picturing Jaskier’s new skill being lyrical literalization in which he can said Geralt on fire just with the line “burn, witcher, burn”

    • BearOfaTime@lemm.ee
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      1 year ago

      Very good explanation. Thanks for that.

      Also, with any storage system, it’s not “store it and forget it”. With something like this you’d store, then do testing in determined intervals, to ensure it’s still retrievable.

      You’d also do replication and duplication. I.e. replicate the data on disparate and different media, with each location performing duplication onto new media as part of the ongoing testing/validation process, eventually leading to longer and longer intervals for testing/duplication.