Fig. 4: Relative deviation \(1-\frac{{\overline{{{{{\mathscr{E}}}}}_{d}}}^{{{{\rm{sim}}}}}}{{\overline{{{{{\mathscr{E}}}}}_{d}}}^{{{{\rm{th}}}}}}\) as a function of γt for \(H={{\mathbb{0}}}_{d}\). | npj Quantum Information

Fig. 4: Relative deviation \(1-\frac{{\overline{{{{{\mathscr{E}}}}}_{d}}}^{{{{\rm{sim}}}}}}{{\overline{{{{{\mathscr{E}}}}}_{d}}}^{{{{\rm{th}}}}}}\) as a function of γt for \(H={{\mathbb{0}}}_{d}\).

From: Noisy qudit vs multiple qubits: conditions on gate efficiency for enhancing fidelity

Fig. 4

The quantities \({\overline{{{{{\mathscr{E}}}}}_{d}}}^{{{{\rm{sim}}}}}\) and \({\overline{{{{{\mathscr{E}}}}}_{d}}}^{{{{\rm{th}}}}}\) were obtained from numerical computations and (14) respectively. Each marker corresponds to a different value of d.

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