7 ms·
A more accessible approach than the High-Density Rosetta might be the M-DISC.[0] It's essentially a DVD/Blu-Ray which materials engineered to last significantly
by murphyslab 5y ago
A more accessible approach than the High-Density Rosetta might be the M-DISC.[0] It's essentially a DVD/Blu-Ray which materials engineered to last significantly longer than standard ones. I attended a chemistry lecture by Prof. Matthew Linford (BYU) and from the gist of his description,[1] the materials that they were using have a good shot at lasting 500 to 1000 years if properly stored.
[0] : https://en.wikipedia.org/wiki/M-DISC https://en.wikipedia.org/wiki/M-DISC
[1] : https://purl.pt/24107/1/iPres2013_PDF/Permanent%20Digital%20Data%20Storage%20A%20Materials%20Approach.pdf https://purl.pt/24107/1/iPres2013_PDF/Permanent%20Digital%20...
- bccdee 5y agoThat assumes we'll have DVD drives 1000 years from now. The thing I like about HD-Rosetta is that it doesn't depend on any special technology to be readable. Magnification is the sort of technology that will always exist in any sufficiently-advanced society, while the specifics of DVD encoding could easily be lost to time.