Earlier quoted context omitted.
> Why can't we scan and use OCR those clay tablets? Possibly for the same reason you can't scan 88-year-old images of Mickey Mouse without being sued by Disney. The academics who control things like that are protective with their finds (even if they didn't find it, but got control). The Dead Sea Scrolls weren't published for decades because the scholars who got to them first wouldn't let anyone else see them[1]; they…
> Possibly for the same reason you can't scan 88-year-old images of Mickey Mouse without being sued by Disney. You mean besides the scientific (or at least practical, at the current level of OCR/machine learning) impossibility of what the parent suggests? Plus, I don't think parent asks why don't WE scan/ocr/machine learn translate them, but why the archeological community doesn't.
I'd hardly say impossible. It's being done, today. See this article:https://www.uni-wuerzburg.de/en/sonstiges/meldungen/detail/a... or these papers: http://pages.jh.edu/~dighamm/version2/research/2003_10_digit... and https://graphics.stanford.edu/papers/cuneiform/cuneiform-300...
These describe scanning of ancient clay tablets, for archival and information retrieval purposes. Note that the Johns Hopkins research on archiving is from 2003. I suspect the blocker may be money, rather than practicality; these aren't simple flatbed scanners, the tables must be scanned in 3D to recover the full detail required. But, it's an incredibly fascinating area of research to read about.
EDIT - So, I did some more reading, and it seems that the Johns Hopkins work I referenced above is part of The Digital Hammurabi Project which is doing exactly this, archiving cuneiform tablets, described here: http://pages.jh.edu/~dighamm/version2/research/2003_03_Museu... with more information on the projects website: http://www.jhu.edu/digitalhammurabi/