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![Arthur Pesah on Twitter: "At each layer of the QCNN, half of the qubits are discarded (pooling layer), limiting the number of layers to log(n). And it was shown in (https://t.co/ek2QoNeeoQ) that Arthur Pesah on Twitter: "At each layer of the QCNN, half of the qubits are discarded (pooling layer), limiting the number of layers to log(n). And it was shown in (https://t.co/ek2QoNeeoQ) that](https://pbs.twimg.com/media/EmI9vi9X0AUpI3P.png)
Arthur Pesah on Twitter: "At each layer of the QCNN, half of the qubits are discarded (pooling layer), limiting the number of layers to log(n). And it was shown in (https://t.co/ek2QoNeeoQ) that
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Hardware efficient ansatz for 4 qubits with Rσ(θ) = e −iθσ , σ ∈ {1, X,... | Download Scientific Diagram
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Molecular Energy Landscapes of Hardware-Efficient Ansätze in Quantum Computing | Journal of Chemical Theory and Computation
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Hardware efficient ansatz for 4 qubits with Rσ(θ) = e −iθσ , σ ∈ {1, X,... | Download Scientific Diagram
Quantum circuit for the hardware-efficient-type ansatz. Each of the R Y... | Download Scientific Diagram
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