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Relaxation time is not a defect (breakage) but an attribute of substrates. A claim that implementation is dependent on reliable substrates, is essentially the t
by cgio 1mo ago
Relaxation time is not a defect (breakage) but an attribute of substrates. A claim that implementation is dependent on reliable substrates, is essentially the trilemma and its conclusion that introduces covariant substrate independence. Implementation requires >= 1. I would not confuse this with computer program portability. Not the subject matter, even if it is a good source of first intuition. I would recommend the sources I reference as very good readings on the subject if you’re interested. Definitely more tested and accepted than mine. Anderson and Piccinini also has a very good introduction and probably the most advanced treatment.
- GoblinSlayer 1mo agoBreakage is broken merger, which doesn't merge, i.e. results in distinguishable states. Correctly implemented merger must produce indistinguishable states. If the substrate tries to implement merger, but fails, then the substrate is broken and doesn't implement computation. >Implementation requires >= 1. No, you require computation to work on a broken substrate, and that's an inadequate requirement. It's agreeable that your requirement isn't met and computation can't work on a broken substrate, but this doesn't imply that computation can't work on a working substrate.
- cgio 1mo agoWe agree in intuition more than it seems you think we do. This paper is mapping the intuition to the philosophical discourse of substrate independence. Track its course from Putnam and Searle to Chalmers Shagrir and Anderson Piccinini, and you will see where it fits as a small contribution. The part we will keep on disagreeing though is calling whatever is inconvenient broken …
- GoblinSlayer 1mo agoOh, you intended to disprove the supernatural assumption Λ≥1? Is it Chalmers who postulates it?