The Vesuvius Challenge
scrollprize.org
scrollprize.org
>if read, [the scrolls] would more than double the corpus of literature we have from antiquity
And that's just with the ~600 scrolls that have been excavated so far:
>excavations were never completed, and many historians believe that thousands more scrolls remain underground
And, as for the content of the scrolls:
>[at least some of the scrolls] contain philosophical texts written in Greek
Let's not get our hopes too high. It could be something really mundane (for the time) but as they say "One man's trash is another man's treasure".
The ability to read such a thing is probably going to be the most invaluable part of this.
The grand prize goes to the _first_ team to read 4 passages from the scrolls. But we could, for example, award something to the second team to do so. Or, we could award something to the team that reads the _most_ passages by the end of the year.
We deliberately did not allocate all of the recent sponsorships to the grand prize so we can solve for this exact challenge. So, we have about $500k in unallocated prize money, and might use a good chunk of it towards something like this. We're open to ideas, and consulting with experts from Xprize etc.
I was playing around with it and was doing pretty well with the unrolling step - I could get hundreds of sheets out mostly hole free.
Got lots of paper-like things, and have learnt a lot about the papyrus plant and the long cells it has... But didn't manage to get out anything that looked like 'ink'.
And in this recent paper: https://raw.githubusercontent.com/educelab/EduceLab-Scrolls/...
Or if you'd like to tell us what you did in private, we'd appreciate that too. team [at] scrollprize [dot] org.
Is there any way to dope the structure to make the ink more visible? Something akin to immunocytochemistry marking via looking for chemical markers? Given the amount of innovation in immunocytochemistry binding methods, why couldn't they do something here for the ink?
The same applies here. Experimenting with chemistry at all runs the risk of destroying the information forever. During these tests, the artifact must be preserved. If you destroy the artifact but are able to read it, did you really come out ahead?
> If you destroy the artifact but are able to read it, did you really come out ahead?
Yes.
There is a multi-century history of chemical methods destroying scrolls by the hundreds without reading them, so we're not eager to fund that work.
Quite a significant amount of money for something like this. Curious why it is deemed so valuable, unless it's more about the side benefits of improving the state of the art.
Edit:
> Vesuvius Challenge Inc. is a 501c3 non-profit organization that was formed solely to solve the puzzle of the Herculaneum Papyri. It is currently funded by Nat Friedman and Daniel Gross, and by many hours of volunteer contributions.
> Nat read 24 Hours in Ancient Rome during the 2020 COVID lockdown. He fell into an internet rabbit hole that ended up with him reaching out to Dr. Seales two years later to see how he could help speed up the reading of the Herculaneum Papyri. They came up with the idea of the Vesuvius Challenge. Daniel was intrigued by this idea and decided to co-sponsor it with Nat.
Edit 2:
Original recruitment ad is neat https://news.ycombinator.com/item?id=35176585