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 ...
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 ...
Infidelity of the final state as a function of the number of objective ...
Infidelity f1 of the final state as a function of number of calls to ...
Infidelity f1 of the final state as a function of number of calls to ...
Final state infidelity as a consequence of the presence of coupling ...
Final state infidelity as a consequence of the presence of coupling ...
Final state infidelity as a consequence of the presence of coupling ...
Final state infidelity as a consequence of the presence of coupling ...
The infidelity is reported as a function of the number of iterations ...
The infidelity is reported as a function of the number of iterations ...
Theoretical predictions for the final infidelity F1 as a function of ...
Theoretical predictions for the final infidelity F1 as a function of ...
The fidelity of the final state as a function of the protocol time, t f ...
The fidelity of the final state as a function of the protocol time, t f ...
The fidelity of the final state as a function of the time duration ...
The fidelity of the final state as a function of the time duration ...
The infidelity as a function of the number of random phase base ...
The infidelity as a function of the number of random phase base ...
The fidelity of the final state as a function of the time duration ...
The fidelity of the final state as a function of the time duration ...
The probability to get a particular final state as a function of the ...
The probability to get a particular final state 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 ...
Mean infidelity over an entire time evolution as a function of the ...
Mean infidelity over an entire time evolution as a function of the ...
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 ...
Infidelity of the conditional phase gate as a function of the gate ...
Infidelity of the conditional phase gate as a function of the gate ...
Secret key fraction (fsecret) as a function of the infidelity , 1 − F ...
Secret key fraction (fsecret) as a function of the infidelity , 1 − F ...
Infidelity 1 − F as a function of error parameter α for the MZI-based ...
Infidelity 1 − F as a function of error parameter α for the MZI-based ...
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 ...
Infidelity at the end of one time step T as a function of the phase ...
Infidelity at the end of one time step T as a function of the phase ...
Value of the infidelity of entanglement 1 − F γ (E, R) as a function of ...
Value of the infidelity of entanglement 1 − F γ (E, R) as a function of ...
Average infidelity as a function of number of measurements for a ...
Average infidelity as a function of number of measurements for a ...
The infidelity of the final state |ψ(T) with respect to the target ...
The infidelity of the final state |ψ(T) with respect to the target ...
FIG. S6. Fock state infidelity 1 − F as a function of additional loss ...
FIG. S6. Fock state infidelity 1 − F as a function of additional loss ...
(a) Low-infidelity manifold of the optimisation landscape as a function ...
(a) Low-infidelity manifold of the optimisation landscape as a function ...
(Top) The infidelity $1-{ \mathcal F }$ of a state produced by Level 1 ...
(Top) The infidelity $1-{ \mathcal F }$ of a state produced by Level 1 ...
The dependence of the final infidelity for path A on time T. Panel (a ...
The dependence of the final infidelity for path A on time T. Panel (a ...
(Top) The infidelity $1-{ \mathcal F }$ of a state produced by Level 1 ...
(Top) The infidelity $1-{ \mathcal F }$ of a state produced by Level 1 ...
FIG. S6. Fock state infidelity 1 − F as a function of additional loss ...
FIG. S6. Fock state infidelity 1 − F as a function of additional loss ...
(a) The infidelities 1 − f obtained after optimization as a function of ...
(a) The infidelities 1 − f obtained after optimization as a function of ...
Plots for infidelity, (m) , as a function of m for all of the functions ...
Plots for infidelity, (m) , as a function of m for all of the functions ...
Figure A-1.: Infidelity of the final protocol state, |ψ(t f ) , with ...
Figure A-1.: Infidelity of the final protocol state, |ψ(t f ) , with ...
Red sideband transition. Main plot: infidelity of the target state ...
Red sideband transition. Main plot: infidelity of the target state ...
Infidelity of the entangled state generated by repeated application of ...
Infidelity of the entangled state generated by repeated application of ...
Red sideband transition. Main plot: infidelity of the target state ...
Red sideband transition. Main plot: infidelity of the target state ...
Mean infidelity ¯ I as a function of ensemble size N for two-stage ...
Mean infidelity ¯ I as a function of ensemble size N for two-stage ...

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