If the customers stored .gz/.zip/... files you could transparently transcompress them to .zstd and back (with an added test of course)
But who says the computer running the simulation must be exact? We are using a lot of low precision computations in graphics, neural networks, .... Pi also can't be calculated exactly to infinite precision, yet that…
My understanding is that one big reason so much money was invested in this lab is because the research has direct applications to nuclear weapon design. It's a dual use lab so to speak. The process they are studying is…
If the customers stored .gz/.zip/... files you could transparently transcompress them to .zstd and back (with an added test of course)
But who says the computer running the simulation must be exact? We are using a lot of low precision computations in graphics, neural networks, .... Pi also can't be calculated exactly to infinite precision, yet that…
My understanding is that one big reason so much money was invested in this lab is because the research has direct applications to nuclear weapon design. It's a dual use lab so to speak. The process they are studying is…