Averaged Excited State Fidelity As A Function Of T1 For Different

Averaged excited state fidelity as a function of T1 for different ...
Averaged excited state fidelity as a function of T1 for different ...
Averaged excited state fidelity as a function of T1 for different ...
Averaged excited state fidelity as a function of T1 for different ...
Averaged excited state fidelity as a function of T1 for different ...
Averaged excited state fidelity as a function of T1 for different ...
Averaged excited state fidelity as a function of T1 for different ...
Averaged excited state fidelity as a function of T1 for different ...
Averaged excited state fidelity as a function of driving period T1 for ...
Averaged excited state fidelity as a function of driving period T1 for ...
Averaged excited state fidelity as a function of driving period T1 for ...
Averaged excited state fidelity as a function of driving period T1 for ...
Target state fidelity as a function of total operation time, t f, for ...
Target state fidelity as a function of total operation time, t f, for ...
The fidelity as a function of t and η for different imperfect initial ...
The fidelity as a function of t and η for different imperfect initial ...
Target state fidelity as a function of total operation time, t f, for ...
Target state fidelity as a function of total operation time, t f, for ...
State fidelity as a function of qubit dissipation time Tq for the ...
State fidelity as a function of qubit dissipation time Tq for the ...
Excited state probabilites Pe(t ) as a function of t = Γt for α = 10 4 ...
Excited state probabilites Pe(t ) as a function of t = Γt for α = 10 4 ...
The average fidelity Fav as a function of the temps t/2τ for different ...
The average fidelity Fav as a function of the temps t/2τ for different ...
The excited state probability of a TLS with intrinsic T1 = 1 µs as a ...
The excited state probability of a TLS with intrinsic T1 = 1 µs as a ...
Fidelity dynamics as a function of t/T for the gate U (T ) = exp(−iπσ x ...
Fidelity dynamics as a function of t/T for the gate U (T ) = exp(−iπσ x ...
Ensemble averaged fidelity as a function of the number of qubits n ...
Ensemble averaged fidelity as a function of the number of qubits n ...
Average fidelity at time t1 as a function of the amplitudes of disorder ...
Average fidelity at time t1 as a function of the amplitudes of disorder ...
The average fidelity FA as a function of temperature T for J0/J = 1.0 ...
The average fidelity FA as a function of temperature T for J0/J = 1.0 ...
(a) Average fidelity as a function of the disorder strength h for ...
(a) Average fidelity as a function of the disorder strength h for ...
Fidelity at time t1 as a function of εJ with N = 100, Nav = 200 and ...
Fidelity at time t1 as a function of εJ with N = 100, Nav = 200 and ...
(a) Average fidelity as a function of the disorder strength K for ...
(a) Average fidelity as a function of the disorder strength K for ...
The variation of the energy of the first excited state as a function of ...
The variation of the energy of the first excited state as a function of ...
Fidelity at time t1 as a function of εJ with N = 100, Nav = 200 and ...
Fidelity at time t1 as a function of εJ with N = 100, Nav = 200 and ...
Fidelity as a function of t for a) nT = 5 and c) nT = 15 and as a ...
Fidelity as a function of t for a) nT = 5 and c) nT = 15 and as a ...
Fidelity as function of p for different temperatures with a𝜃 = π/16 and ...
Fidelity as function of p for different temperatures with a𝜃 = π/16 and ...
Fidelity F as a function of t (a) with different scaling parameter ϵ by ...
Fidelity F as a function of t (a) with different scaling parameter ϵ by ...
Verification of T1 RNA Excited State a Representative off-resonance ¹⁵N ...
Verification of T1 RNA Excited State a Representative off-resonance ¹⁵N ...
(a) Time-averaged adiabaticity ¯ A, Eq. (13), as a function of τ for Γ ...
(a) Time-averaged adiabaticity ¯ A, Eq. (13), as a function of τ for Γ ...
Time-averaged fidelity ¯ F as a function of the 2D interaction strength ...
Time-averaged fidelity ¯ F as a function of the 2D interaction strength ...
Fidelity F r,n , equation (11), as a function of the two-body binding ...
Fidelity F r,n , equation (11), as a function of the two-body binding ...
(Color online)The average fidelity as a function of temperature when N ...
(Color online)The average fidelity as a function of temperature when N ...
Average excited state lifetime of semiconductor nanocrystals as a ...
Average excited state lifetime of semiconductor nanocrystals as a ...
The average fidelity FA as a function of the temperature T , we set ...
The average fidelity FA as a function of the temperature T , we set ...
(Color online) The average fidelity varies as a function of temperature ...
(Color online) The average fidelity varies as a function of temperature ...
The measurement fidelity Fs(t, ∆t) as a function of the switching time ...
The measurement fidelity Fs(t, ∆t) as a function of the switching time ...
Average fidelity E[F] as a function of the driven strength T when we ...
Average fidelity E[F] as a function of the driven strength T when we ...
(Color online) Fidelity as function of the effective decay time of the ...
(Color online) Fidelity as function of the effective decay time of the ...

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