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Amazing job guys. Any reason the first snippet can't be written as the second one?
1:
for k in [0..n) { cand[k] := H(cand[k]);
2:
cand := H(cand);
It's done in other languages like Python for example. Also your example for Grover's algorithm already does this in the circuit diagram! There's just one wire going into Hⁿ:
So it would only be logical to implement in this language too, as Silq definitely attempts in giving a higher level of abstraction than building circuits and directly manipulating single bit registers. Again, great job on this, and I'll be eagerly waiting for when this language can export to some circuit format so we could play around with it on different systems, even maybe real ones.
The text was updated successfully, but these errors were encountered:
Amazing job guys. Any reason the first snippet can't be written as the second one?
1:
2:
It's done in other languages like Python for example. Also your example for Grover's algorithm already does this in the circuit diagram! There's just one wire going into
Hⁿ
:So it would only be logical to implement in this language too, as Silq definitely attempts in giving a higher level of abstraction than building circuits and directly manipulating single bit registers. Again, great job on this, and I'll be eagerly waiting for when this language can export to some circuit format so we could play around with it on different systems, even maybe real ones.
The text was updated successfully, but these errors were encountered: