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Trying not to spoil it but this is a plot point in a relatively famous, relatively recent sci-fi book, where the characters need to record a warning that lasts for millennia. They end up carving it into the rock of Pluto since all other data mediums would fail over that timespan.
That sounds like a great book, if only I new what it was called.
Three Body Problem
Ah nice. That’s already on my list. I did see the Netflix series.
I do not know of this movie, but you’re description reminded me of the most excellent read Deep Time, by Gregory Benford. Didn’t consider other planets though, as this is actually a non-fiction work.
Storing data for decades or even centuries is a difficult thing. But the problem isn’t the storage it’s the data format!
Who knows if a person 300 years from now has a program that can open .png or .jpg? Or the dreaded .doc and .xls that even Microsoft has problems with today. This poor future fellow probably won’t have the capatibilities and might need a few years or decades to develop a reader app.
Only downside is that only data that people care about right now is being saved. But what seems useless now might become valuable in the future. It’s hard to grasp how much data has been forgotten on some old computers, or some CDs, or websites that have gone dark.
It’s hard to imagine how much data is lost on old notepads, journals, even personal voice recordings.
Needs more jpeg.
Needs more 9gag logos
About that… we could record someone’s every word and different people would read entirely different things into it. Consider how strangers have reacted to your own internet comments.
Ray Bradbury famously directly told people they were interpreting Fahrenheit 451 wrong while he was alive and they still didn’t believe it
Bradbury just complained that people were gonna stop buying his books. He gripes in multiple books that people dont read anymore since that’s how he made money.
I’m doing my partAm I doing my part?
For sure you are!
Hey check this cool meme out!
My eyes!! 😫
I’m doing my part
I love how unoriginal the human brain is sometimes. I had the same exact thing I was about to comment
Well, for thot pics, there’s always more jpeg. For everything else, there’s lossless data formats.
Even with jpeg, you only lose data each time it’s encoded. If you save the file instead of taking a screenshot, the quality remains the same.
That said, I don’t know if there’s a digital storage method widely used that will last longer than a book without some sort of active aspect to the storage (like copying the files to a new medium every now and then).
I think punch cards are one that can, but they aren’t used much anymore due to poor density and speed, plus being susceptible to literal bugs. It’s possible to encode digital information into carved rock, but that would also have density issues (higher density means less reliability because the amount of damage required to make it unreadable is lower).
I think there’s a good chance that a lot of the knowledge we have today could be lost entirely if civilization collapses to a certain degree just due to how we store it.
I think there’s a good chance that a lot of the knowledge we have today could be lost entirely if civilization collapses to a certain degree just due to how we store it.
We do have some backups.
We have stone tablets from back when humans invebted written language. I vote we back up critical data using this method.
You mean we should consider recording information on silicon?
Yeah, though it has that issue with data density. The denser the data, the more likely it will become degraded from erosion or chipping.
Also if there’s a discontinuity between our civilization and a future one, the denser the data, the less likely any future civilization would discover it’s there, even if it still has enough integrity to be read.
You’re right, the format’s integrity is only as good as the medium upon which it’s stored. Hard disks are really only good for a few decades if left untouched. Punchcards maybe a few thousand years if sealed up well.
The “active aspect” you mentioned is the key. There are file storage systems which employ regenerative error correction to achieve exactly this sort of desired outcome. I use one on my home server called ZFS. It was originally developed by Sun Microsystems and works great. The only catch is that there is a limit to the number of drives in your storage array which can fail before data becomes unrecoverable. So, you have to be constantly vigilant, and if a drive is starting to go, replace it before a potential worst case scenario of cascade failure.
Unfortunately, I don’t know of a way we could store something indefinitely without this kind of active monitoring and occasional TLC. If a sort of caretaker is required, this might be a good job for AI with real world robotic hooks - have it monitor the array and fabricate replacement drives for installation as needed.
One other possibility that just occurred to me is to encode it into living DNA along with better error correction mechanisms so it doesn’t mutate. Like thinking from a “leave data for future civilizations to find” perspective, though it could also be a decent long term passive(ish) archival. Maybe completely passive if a self-sustaining but isolated environment could be created for it.
Not great for data you want to keep but also actively use, though. Or data you want to be able to modify.
living DNA along with better error correction mechanisms so it doesn’t mutate
Isn’t DNA, like, famous for its mutations?
I’ve always thought that argument only works as long as data is free or close to free. Once it incurs a cost, I think copies end up getting removed. I think it’s fundamentally flawed to say the internet will never forget.
The media on the internet will all eventually be behind a paywall. It seems like we’re heading in that direction.
That seems to imply everything you’re willing to pay for would still be accessible. That’s just not the case I think. Things dissappear full stop, also if you do want to pay for it.
A lot of non super popular, not very internationally known media eventually disappears into non-accessible copies in private collections: hard drives, non public accessible computers etc and at the same time becomes nearly impossible to purchase or otherwise retrieve online. For example public broadcasters in Europe: they don’t want to put in the money and effort to preserve their entire archives, they don’t make everything from the past accessible, things do get lost in their archives (sometimes as a conscious choice) and at the same time it is illegal for private people to archive it… until it is too late. For example lots and lots of radio plays are probably already lost forever.
Good luck finding the raw original video of anything these days. The amount of 3gp an rm files that used to float around compared to the reactionary emoji text bs you see today. Get off my lawn.
Ironically this is original data we are viewing now.
Well it wasn’t even posted on your instance, so you’re already just viewing a thirdhand copy of it
Despite that its still the same actual bits of data
It’s identical, but it’s not the same bits
yes it is. all electrons are just the same one moving very fast.
Heh, heh…
The Bits of Theseus
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See, that’s why I started using JPEG-XL for long-term storage. Apart from being better in every aspect for lossless and near-lossless still images than any competitor, the generation loss even over 1000 lossy save and load cycles is negligible.
But converting from a format to another is a lossy process. It’s best to just keep whatever original format you have, unless you are creating the images yourself.
That really doesn’t matter when someone screenshots your JPEG-XL and posts it in a website that transcodes it to WEBP and adds a water mark.
I like how /u/gofsckyourself didn’t show up with a higher quality version.
![[xkcd 1683] Digital Data](https://lemmy.dbzer0.com/pictrs/image/6b5b434e-7bdc-4025-b04d-21e700d25079.webp){kind=link}