Fig S1 Infidelity As A Function Of Dephasing Where The Parameters

FIG. S1: Infidelity as a function of dephasing, where the parameters ...
FIG. S1: Infidelity as a function of dephasing, where the parameters ...
Asymptotic infidelity T as a function of the dephasing rate γ0. Fixing ...
Asymptotic infidelity T as a function of the dephasing rate γ0. Fixing ...
Asymptotic infidelity T as a function of the dephasing rate γ 0 ...
Asymptotic infidelity T as a function of the dephasing rate γ 0 ...
Infidelity 1 − F as a function of the depth of the quantum circuits ...
Infidelity 1 − F as a function of the depth of the quantum circuits ...
The infidelity ${ \mathcal I }$ as a function of variations δβ and δϵ ...
The infidelity ${ \mathcal I }$ as a function of variations δβ and δϵ ...
Infidelity 1 − F as a function of ε for the four paths in Fig. 2(a ...
Infidelity 1 − F as a function of ε for the four paths in Fig. 2(a ...
(Color online) (a) The gate infidelity δF as a function of the the ...
(Color online) (a) The gate infidelity δF as a function of the the ...
The infidelity is reported as a function of the number of iterations ...
The infidelity is reported as a function of the number of iterations ...
Infidelity of the final state as a function of the number of objective ...
Infidelity of the final state as a function of the number of objective ...
The infidelity ε as a function of the iteration step i for an Adam ...
The infidelity ε as a function of the iteration step i for an Adam ...
The conditional infidelity 1 − Fc is plotted as a function of the ...
The conditional infidelity 1 − Fc is plotted as a function of the ...
Minimum achievable infidelity as a function of the input infidelity We ...
Minimum achievable infidelity as a function of the input infidelity We ...
(a) Infidelity 1 − F as a function of the training iteration using ...
(a) Infidelity 1 − F as a function of the training iteration using ...
6: Infidelity as a function of the ratio f 1e /f 0e for single-qubit ...
6: Infidelity as a function of the ratio f 1e /f 0e for single-qubit ...
The infidelity 1 − F is plotted (on a log scale) as a function of the ...
The infidelity 1 − F is plotted (on a log scale) as a function of the ...
(a)–(d) Two-photon correlations as a function of the parameters of the ...
(a)–(d) Two-photon correlations as a function of the parameters of the ...
(Color online) The contours of the infidelity ε (nb,np) E,infid as a ...
(Color online) The contours of the infidelity ε (nb,np) E,infid as a ...
Dephasing model. The fidelity of transferring a state 120+321 as a ...
Dephasing model. The fidelity of transferring a state 120+321 as a ...
Infidelity 1 − F as a function of ϵ = ϵ 2 0 = ϵ 2 1 for n = 20 qubits ...
Infidelity 1 − F as a function of ϵ = ϵ 2 0 = ϵ 2 1 for n = 20 qubits ...
The contour of average trapping time as a function of detuning ∆ = ε 2 ...
The contour of average trapping time as a function of detuning ∆ = ε 2 ...
(a) The infidelities 1−f obtained after optimization as a function of ...
(a) The infidelities 1−f obtained after optimization as a function of ...
(a) Minimal infidelity 1 − F (t, ˆ ϑ () ) as a function of ...
(a) Minimal infidelity 1 − F (t, ˆ ϑ () ) as a function of ...
(a-c) Infidelity (Eq. (23)) as function of the cooperativity for ...
(a-c) Infidelity (Eq. (23)) as function of the cooperativity for ...
FIG. S1. Mean-field order parameters as a function of J k /t at Nu = Lx ...
FIG. S1. Mean-field order parameters as a function of J k /t at Nu = Lx ...
Threshold curves (a) and infidelities r as functions of the dephasing ...
Threshold curves (a) and infidelities r as functions of the dephasing ...
Mean infidelity Ī, calculated over 10⁴ realizations, as function of ...
Mean infidelity Ī, calculated over 10⁴ realizations, as function of ...
(a) Dephasing-to-relaxation ratio T2/T1 as a function of magnetic field ...
(a) Dephasing-to-relaxation ratio T2/T1 as a function of magnetic field ...
The steady-state enantiomeric excess ε of the chiral ground state as a ...
The steady-state enantiomeric excess ε of the chiral ground state as a ...
Numerical results of the estimation deviation |F k − ¯ F | as a ...
Numerical results of the estimation deviation |F k − ¯ F | as a ...
Absorption spectra for the two possible dephasing scenarios as a ...
Absorption spectra for the two possible dephasing scenarios as a ...
(Color online) Survival probability p(t) as a function of time t ...
(Color online) Survival probability p(t) as a function of time t ...
Infidelity of the detuning-compensated phase gate for a sequence of two ...
Infidelity of the detuning-compensated phase gate for a sequence of two ...
FIG. S1. Plots of the infidelity (1-fidelity) vs. inverse detuning ...
FIG. S1. Plots of the infidelity (1-fidelity) vs. inverse detuning ...
FIG. S1. Plots of the infidelity (1-fidelity) vs. inverse detuning ...
FIG. S1. Plots of the infidelity (1-fidelity) vs. inverse detuning ...
Infidelity of the optimized pulse sequences for the control noise and ...
Infidelity of the optimized pulse sequences for the control noise and ...
Simulated fidelities of the holonomic quantum gate. a The X gate ...
Simulated fidelities of the holonomic quantum gate. a The X gate ...

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