No, but I wouldn't mind weather measuments every cubic femtometer of the lower atmosphere and a fast enough computer with enough memory to cruch the data and accurately report what the weather will be like on 29 February.
I think Maursault has thoroughly demonstrated their lack of serious thought or reading on the subject. But just for giggles and for the casual reader, the lattice spacing of silicon is 200,000 femtometer. So if you encode only one bit per cube of this fm cubic lattice, and you manage to encode this into single atoms of silicon, you need a volume of silicon 8,000,000,000,000,000 times larger than the system you model.
What is the smallest possible width of a photon? How do IR thermometers work without fitting them in anywhere? You just never know how it might be done.
