Emacs, and technologies built on it, such as org-mode, come somewhat close to ideas expressed here by having plain text in a buffer be the unifying data format. You can organize stuff by just moving snippets of text around.
I think it's difficult in practice to design data manipulation interfaces based on real-world objects because atoms are heavy and bits are not. Data is just much more malleable and transformable than real world objects, at least at the pre-Diamond Age tech level we're at. But maybe ML will help make this easier by allowing computers to track and scan the objects more easily.
Comments
Thought this was gonna be about CARDIAC, lol.
Emacs, and technologies built on it, such as org-mode, come somewhat close to ideas expressed here by having plain text in a buffer be the unifying data format. You can organize stuff by just moving snippets of text around.
I think it's difficult in practice to design data manipulation interfaces based on real-world objects because atoms are heavy and bits are not. Data is just much more malleable and transformable than real world objects, at least at the pre-Diamond Age tech level we're at. But maybe ML will help make this easier by allowing computers to track and scan the objects more easily.
https://www.instructables.com/CARDIAC-CARDboard-Illustrative...
Although the cardboard implementation is kind of the point, I think it's cool that someone made an FPGA version (dead link though, RIP drdobbs.com).