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1D-Coefficients - RX Encoding#

This page lists the individual results for for circuits with the one-dimensional encoding \(R_X\) and varying qubit counts \([3\dots 6]\). In particular, for each configuration the results comprise of the absolute coefficient mean \(\mu_c(\boldsymbol{\omega})\), the corresponding relative standard deviation \(\sigma_c(\boldsymbol{\omega})\) and the covariance (\(\text{Cov}(\cdot, \cdot)\)). In the paper these results would correspond to Figure 15a, Figure 15b and Figure 4 (but for \(R_X\) encoding in this case). Shown here are the plots for all qubit numbers.

3 Qubits#

Mean: Coefficients 3 Qubits - Mean Coefficients 3 Qubits - Mean

Relative Standard Deviation: Coefficients 3 Qubits - Mean Coefficients 3 Qubits - Mean

Covariance: Coefficients 3 Qubits - Mean Coefficients 3 Qubits - Mean

4 Qubits#

Mean: Coefficients 4 Qubits - Mean Coefficients 4 Qubits - Mean

Relative Standard Deviation: Coefficients 4 Qubits - Mean Coefficients 4 Qubits - Mean

Covariance: Coefficients 4 Qubits - Mean Coefficients 4 Qubits - Mean

5 Qubits#

Mean: Coefficients 5 Qubits - Mean Coefficients 5 Qubits - Mean

Relative Standard Deviation: Coefficients 5 Qubits - Mean Coefficients 5 Qubits - Mean

Covariance: Coefficients 5 Qubits - Mean Coefficients 5 Qubits - Mean

6 Qubits#

Mean (Figure 15a in our paper): Coefficients 6 Qubits - Mean Coefficients 6 Qubits - Mean

Relative Standard Deviation (Figure 15b in our paper): Coefficients 6 Qubits - Mean Coefficients 6 Qubits - Mean

Covariance: Coefficients 6 Qubits - Mean Coefficients 6 Qubits - Mean