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oq

Ordinary Quantum

Exact, zero-noise discrete algebra for quantum circuits — leaving physical noise where it actually belongs: in condensed-matter spectroscopy, not in computation.

ζ= eiπ/4ζ⁴ = −1√2 = ζ − ζ³
amp(b)= (c₀ + c₁ζ + c₂ζ² + c₃ζ³) / 2dci ∈ ℤ
H(a, b) → M(a+b), M(a−b)d ← d + 1
M(c₀,c₁,c₂,c₃) → (c₁−c₃, c₀+c₂, c₁+c₃, c₂−c₀)
ζkci → ±c(i+k) mod 4d unchanged
|amp|²= (S + X√2) / 22d
S= c₀² + c₁² + c₂² + c₃²Σ S = 22d
X= c₀c₁ + c₁c₂ + c₂c₃ − c₀c₃Σ X = 0
qasm
shots seed ctrl + enter runs
Z[ζ₈] statevector · exact Born sampling · fingerprint = FNV-1a over the canonical state A. M. Thorn twistj.com