New SelectCopy architecture and qubit-constrained optimizations reduce QROM Toffoli cost from ~2N/λ to ~(1 + 1/b)N/λ while preserving the ability to trade dirty qubits for lower gate count.
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A tree tensor network renormalization decomposes matrix product states into log-depth quantum circuits with a fidelity-depth trade-off parameter, extended to matrix product operators for ancilla-free overlap verification circuits.
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Halving the cost of QROM
New SelectCopy architecture and qubit-constrained optimizations reduce QROM Toffoli cost from ~2N/λ to ~(1 + 1/b)N/λ while preserving the ability to trade dirty qubits for lower gate count.
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Practical Log-Depth Quantum State Preparation and Circuit Verification via Tree Tensor Network Compilation
A tree tensor network renormalization decomposes matrix product states into log-depth quantum circuits with a fidelity-depth trade-off parameter, extended to matrix product operators for ancilla-free overlap verification circuits.