The proton-transfer tautomerism in DNA base pairs is proposed to deterministically create entangled triplet proton-spin states, making each base pair a two-qubit unit for an NMR quantum computer.
Hilbert -space structure of a solid -state quantum computer: Two-electron states of a double-quantum-dot artificial molecule
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Deterministic Storage of Quantum Information in the Genetic Code
The proton-transfer tautomerism in DNA base pairs is proposed to deterministically create entangled triplet proton-spin states, making each base pair a two-qubit unit for an NMR quantum computer.