In 79 AD, Mount Vesuvius erupts, burying a huge villa owned by none other than Julius Caesar's father. Hidden within its walls is a vast library of delicate papyrus scrolls, which get instantly carbonized by the volcanic heat...
But they're not destroyed. In fact, quite the opposite.
The carbonization preserves the scrolls, where they are eventually rediscovered by a farmer almost 2 millennia later.
If these fragile, preserved scrolls can be decoded, they would double the corpus of surviving text from antiquity, recovering knowledge, ideas, stories and more from the past. Perhaps there's epic poems or Shakespeare equivalents buried in the scrolls. But they are incredibly fragile. In fact, only with a particle-accelerator and computer vision can the ancient scrolls be "virtually unwrapped" – making it possible to read the lost information.
The mission to resurrect ancient information from the scrolls of Vesuvius got us thinking.
What are some other "Vesuvius scrolls" in our digital lives?
How much of our digital information becomes lost, or irretrievable over time?
What happens when a device gets lost or destroyed, or an app goes out of business?
How much information do we save only to never look at it again?
Even losing context can mean losing legibility for a piece of information – a link, document or screenshot can mean very little without the original rationale for capturing it.
Rather than ink fading or physical degradation, our information today mainly gets lost through quantity. Every day, we're consuming a firehose of information, unprecedented in human history. The result is that ideas and information are continuously being buried, lost in the deluge.
If X-ray is how we uncover ancient buried data from the physical world, then perhaps AI is the tool for uncovering buried digital data.
Knowledge creation is the force that moves the world forwards. But little thought is given to retrieval and preservation.
This is what we're thinking about with Fabric.
We're building towards a unified home for all information – where even the most obscure, stranded sources of data can be piped in, and represented. Where anyone can build "connectors" – automatic pathways for information to flow in and be interrelated.
If knowledge can be brought together, resurfaced and connected, maybe we can all get a little wiser, and think a little better.
It's time to read the scrolls.
––––––––––––––––––––
If you want to read more about the mission to decode the Vesuvius scrolls – take a look here: https://scrollprize.org/
In 79 AD, Mount Vesuvius erupts, burying a huge villa owned by none other than Julius Caesar's father. Hidden within its walls is a vast library of delicate papyrus scrolls, which get instantly carbonized by the volcanic heat...
But they're not destroyed. In fact, quite the opposite.
The carbonization preserves the scrolls, where they are eventually rediscovered by a farmer almost 2 millennia later.
If these fragile, preserved scrolls can be decoded, they would double the corpus of surviving text from antiquity, recovering knowledge, ideas, stories and more from the past. Perhaps there's epic poems or Shakespeare equivalents buried in the scrolls. But they are incredibly fragile. In fact, only with a particle-accelerator and computer vision can the ancient scrolls be "virtually unwrapped" – making it possible to read the lost information.
The mission to resurrect ancient information from the scrolls of Vesuvius got us thinking.
What are some other "Vesuvius scrolls" in our digital lives?
How much of our digital information becomes lost, or irretrievable over time?
What happens when a device gets lost or destroyed, or an app goes out of business?
How much information do we save only to never look at it again?
Even losing context can mean losing legibility for a piece of information – a link, document or screenshot can mean very little without the original rationale for capturing it.
Rather than ink fading or physical degradation, our information today mainly gets lost through quantity. Every day, we're consuming a firehose of information, unprecedented in human history. The result is that ideas and information are continuously being buried, lost in the deluge.
If X-ray is how we uncover ancient buried data from the physical world, then perhaps AI is the tool for uncovering buried digital data.
Knowledge creation is the force that moves the world forwards. But little thought is given to retrieval and preservation.
This is what we're thinking about with Fabric.
We're building towards a unified home for all information – where even the most obscure, stranded sources of data can be piped in, and represented. Where anyone can build "connectors" – automatic pathways for information to flow in and be interrelated.
If knowledge can be brought together, resurfaced and connected, maybe we can all get a little wiser, and think a little better.
It's time to read the scrolls.
––––––––––––––––––––
If you want to read more about the mission to decode the Vesuvius scrolls – take a look here: https://scrollprize.org/
In 79 AD, Mount Vesuvius erupts, burying a huge villa owned by none other than Julius Caesar's father. Hidden within its walls is a vast library of delicate papyrus scrolls, which get instantly carbonized by the volcanic heat...
But they're not destroyed. In fact, quite the opposite.
The carbonization preserves the scrolls, where they are eventually rediscovered by a farmer almost 2 millennia later.
If these fragile, preserved scrolls can be decoded, they would double the corpus of surviving text from antiquity, recovering knowledge, ideas, stories and more from the past. Perhaps there's epic poems or Shakespeare equivalents buried in the scrolls. But they are incredibly fragile. In fact, only with a particle-accelerator and computer vision can the ancient scrolls be "virtually unwrapped" – making it possible to read the lost information.
The mission to resurrect ancient information from the scrolls of Vesuvius got us thinking.
What are some other "Vesuvius scrolls" in our digital lives?
How much of our digital information becomes lost, or irretrievable over time?
What happens when a device gets lost or destroyed, or an app goes out of business?
How much information do we save only to never look at it again?
Even losing context can mean losing legibility for a piece of information – a link, document or screenshot can mean very little without the original rationale for capturing it.
Rather than ink fading or physical degradation, our information today mainly gets lost through quantity. Every day, we're consuming a firehose of information, unprecedented in human history. The result is that ideas and information are continuously being buried, lost in the deluge.
If X-ray is how we uncover ancient buried data from the physical world, then perhaps AI is the tool for uncovering buried digital data.
Knowledge creation is the force that moves the world forwards. But little thought is given to retrieval and preservation.
This is what we're thinking about with Fabric.
We're building towards a unified home for all information – where even the most obscure, stranded sources of data can be piped in, and represented. Where anyone can build "connectors" – automatic pathways for information to flow in and be interrelated.
If knowledge can be brought together, resurfaced and connected, maybe we can all get a little wiser, and think a little better.
It's time to read the scrolls.
––––––––––––––––––––
If you want to read more about the mission to decode the Vesuvius scrolls – take a look here: https://scrollprize.org/
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