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Ex-project lead here. The most incredible part is buried in a 7 hour long video. Last night they also unwrapped 140 columns of new text in the PHerc. Paris. 4 scroll: https://x.com/JanPaul123/status/2070304769273725278
Earlier quoted context omitted.
We've been trying to automate since the beginning. A lot of it is automated but it's mostly the easier and less damaged parts of the scrolls. Scanning takes a few days for the biggest scrolls but the amount of human refinement is still a multi month process.
How many scrolls are intact (worldwide, rather than just France) that might still be recoverable?
Earlier quoted context omitted.
What is your origin story? How did you end up doing this and how can I do the same?
BS in CS from a big state school in the USA. I have a hobby interest in history. I learned about the challenge on YouTube. Got involved contributing because I needed money. Then they put out a job posting. I applied, interviewed, and was hired.
Ex-project lead here. The most incredible part is buried in a 7 hour long video. Last night they also unwrapped 140 columns of new text in the PHerc. Paris. 4 scroll: https://x.com/JanPaul123/status/2070304769273725278
Earlier quoted context omitted.
(I know nothing about this subject, feel free to ignore me.) My dentist is pretty good at doing this too, by putting marking paper between my teeth and having me bite down. I wonder if a similar technique could be used: Have the blocks close together, constrained to only move on a single axis by rails or whatever. Drape a thin sheet of material over one of the blocks, the non-moving one (perhaps it's an already-place…
If you only care about the two surfaces matching each other, you don't even have to worry about your indicator. Just grind them against each other, or use some lapping compound to speed up the process. If you want to get the surfaces truly flat, then you use three surfaces that you successively grind against each other. https://www.ericweinhoffer.com/blog/the-whitworth-three-plat...
But I think it would be vastly more difficult to grind two massive stone blocks against each other than to just ram one against the other. Not unless you stacked them, anyway, and if you stacked them I'm not sure if you could move the top one side to side in order to do the grinding. Maybe with some kind of grit, I don't know. Still seems harder.
Also, grinding methods end up removing more material (bad for teeth!), and I would expect more overall physical work to be done in order to remove that material (bad for massively heavy stone blocks).
As for making them flat, that seems unnecessary to me. But then, I'm not a pharaoh. (Even for a pharaoh, it seems like only the seems would need to be straight. Nobody could tell about the faces after assembly.)
Then again, after some quick researching, it seems like there's a good chance that the well-fitting blocks (which are not all of them) may have been cast out of a concrete-like slurry, not hewn.
Lets reflect on Aristocreon, in about 200 BC, putting their thoughts down on a scroll. They would be aware that the scroll might be kept in a library for some time. Maybe they could have imagined it surviving for 300 years. But they never would have imagined that in 300 years a volcano might destroy the scroll, but in some way preserve it. And then that nearly two thousand years later future humans with machines made…
But I think they would be more surprised by how we managed to invent things like social media and AI, which destroy our brain. Ancient societies valued wisdom much more than us and were much more careful when introducing new technologies. It was fascinating for me to learn that even writing, as a skill considered universally good these days, was once subjected to scrutiny[1].
https://en.wikipedia.org/wiki/Plato%27s_unwritten_doctrines#...
Lets reflect on Aristocreon, in about 200 BC, putting their thoughts down on a scroll. They would be aware that the scroll might be kept in a library for some time. Maybe they could have imagined it surviving for 300 years. But they never would have imagined that in 300 years a volcano might destroy the scroll, but in some way preserve it. And then that nearly two thousand years later future humans with machines made…
They already learned to use light and fire to transfer data over long distance. How much difference is there between beacon fire and fiber optic cable? But I think they would be more surprised by how we managed to invent things like social media and AI, which destroy our brain. Ancient societies valued wisdom much more than us and were much more careful when introducing new technologies. It was fascinating for me to…
I mean, sure, the beacon fire transmits at the blistering rate of roughly one bit per several minutes, assuming nobody fell asleep on watch, the wood was dry, the fog cooperated, and the enemy hadn't already lit a fake beacon to mess with you. Fiber optic, by contrast, limps along at a measly several terabits per second. Not to mention the flexibility to increase the range by just starting a bigger fire.
Lets reflect on Aristocreon, in about 200 BC, putting their thoughts down on a scroll. They would be aware that the scroll might be kept in a library for some time. Maybe they could have imagined it surviving for 300 years. But they never would have imagined that in 300 years a volcano might destroy the scroll, but in some way preserve it. And then that nearly two thousand years later future humans with machines made…
They already learned to use light and fire to transfer data over long distance. How much difference is there between beacon fire and fiber optic cable? But I think they would be more surprised by how we managed to invent things like social media and AI, which destroy our brain. Ancient societies valued wisdom much more than us and were much more careful when introducing new technologies. It was fascinating for me to…
Lets reflect on Aristocreon, in about 200 BC, putting their thoughts down on a scroll. They would be aware that the scroll might be kept in a library for some time. Maybe they could have imagined it surviving for 300 years. But they never would have imagined that in 300 years a volcano might destroy the scroll, but in some way preserve it. And then that nearly two thousand years later future humans with machines made…
They already learned to use light and fire to transfer data over long distance. How much difference is there between beacon fire and fiber optic cable? But I think they would be more surprised by how we managed to invent things like social media and AI, which destroy our brain. Ancient societies valued wisdom much more than us and were much more careful when introducing new technologies. It was fascinating for me to…
Earlier quoted context omitted.
They already learned to use light and fire to transfer data over long distance. How much difference is there between beacon fire and fiber optic cable? But I think they would be more surprised by how we managed to invent things like social media and AI, which destroy our brain. Ancient societies valued wisdom much more than us and were much more careful when introducing new technologies. It was fascinating for me to…
> How much difference is there between beacon fire and fiber optic cable? I mean, sure, the beacon fire transmits at the blistering rate of roughly one bit per several minutes, assuming nobody fell asleep on watch, the wood was dry, the fog cooperated, and the enemy hadn't already lit a fake beacon to mess with you. Fiber optic, by contrast, limps along at a measly several terabits per second. Not to mention the flex…
> assuming nobody fell asleep on watch, the wood was dry, the fog cooperated, and the enemy hadn't already lit a fake beacon to mess with you.
So you are talking about dealing with "packet" loss and data encryption, right? Those concepts were not new to them.