@ciphergoth@wanyeburkett@yhdistyminen Probably depends on the social group now. There are plenty of groups where the vast majority have tattoos. Ofc this is complicated by the fact that people don't randomly end up in arbitrary groups, but still tattoos seem common enough lots of people could get them by default.
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@ApriiSR I guess you could say you're going from the Lie algebra R to the Lie group R_+, or take exp(ix) to go from R to the unit circle, where thinking of the discrete subgroup Z is more natural and just counts windings.
@ApriiSR Mmm but going from + to * isn't quite "just" an embedding, speaking purely on vibes of course. You want some kind of passage from infinitesimals to the usual numbers.
@ApriiSR Yeah it's not really the vector that matters. Invariant subspaces are special, and we're lucky that they split into direct sums of 1-d spaces for algebraically closed fields.
@ptrschmdtnlsn This is super interesting! Your document says you anticipate maybe only having to expand <15 ply deep, is this based on some heuristic calculation?
@ciphergoth Actually disregard the last part. I think the analogy to "actually a room that sophisticated does speak Chinese" is surface-level and weak.
@ciphergoth Going back to DL, the answer to the analogous question would be that the "just matrices" were found by ~10^25 flops of gradient descent *after* the architecture etc was found.
I think this is in the same vein as the standard bullet-biting response to Searle's Chinese room.
@ciphergoth Agh, yes nor. And no less general just in the sense that you can implement a nor gate with a 4x4 matrix by considering a 4d-vector space generated by TT, TF, FT, FF.
@ciphergoth Tangent but matrix multiplication seems to be at the sweet spot where it seems simple enough to trigger that instinct yet complicated enough to not make the speaker sound ridiculous. Saying AI is just xor gates doesn't quite have the same punch despite actually being true...