4 ms·
No, not every permutation. An atom gets to be in one larger object (recursively). Definitely no multiples. What would that even mean, also you would need unb
by Dylan16807 9mo ago
No, not every permutation. An atom gets to be in one larger object (recursively).
Definitely no multiples. What would that even mean, also you would need unbounded space for multiples of just two atoms.
- kmoser 9mo ago> Definitely no multiples. What would that even mean, also you would need unbounded space for multiples of just two atoms. I have a list and I want to assign a unique ID to each list item. Each list item itself contains one or more items: 1. My umbrella [ID "a"] and my sunglasses [ID "b"] 2. My umbrella ["a"], my sunglasses ["b"], and my umbrella ["a"] List item 2 contains two references to my umbrella [ID "a"].
- Dylan16807 9mo agoSo in a physical sense of identifying things that's nonsense. And again if you allow that then lists of just one or two atoms can take up infinite storage space. That's a super obvious reject. It makes no sense to even try to accommodate it in an ID system.