Quantum Coherence As A Function Of The Applied Magnetic Field A And

Quantum coherence as a function of the applied magnetic field (a) and ...
Quantum coherence as a function of the applied magnetic field (a) and ...
Quantum coherence as a function of the applied magnetic field (a) and ...
Quantum coherence as a function of the applied magnetic field (a) and ...
(a) Coherence time as a function of the magnetic field strength for ...
(a) Coherence time as a function of the magnetic field strength for ...
The phase coherence time T * 2 as a function of the applied magnetic ...
The phase coherence time T * 2 as a function of the applied magnetic ...
AMR as a function of the applied magnetic field for the L-shaped ...
AMR as a function of the applied magnetic field for the L-shaped ...
(a) v * as a function of the applied magnetic field at T = 1.8 K ...
(a) v * as a function of the applied magnetic field at T = 1.8 K ...
(a) M as a function of applied magnetic field H // of a single In ...
(a) M as a function of applied magnetic field H // of a single In ...
a Quantum correlation and b quantum coherence as a function of ...
a Quantum correlation and b quantum coherence as a function of ...
a Quantum correlation and b quantum coherence as a function of ...
a Quantum correlation and b quantum coherence as a function of ...
a Quantum correlation and b quantum coherence as a function of ...
a Quantum correlation and b quantum coherence as a function of ...
(a) Tb³⁺ CF transitions as a function of applied magnetic field (B//c ...
(a) Tb³⁺ CF transitions as a function of applied magnetic field (B//c ...
Fidelity a and quantum coherence b as function of p with T = 5 for ...
Fidelity a and quantum coherence b as function of p with T = 5 for ...
a Quantum correlation and b quantum coherence as a function of ...
a Quantum correlation and b quantum coherence as a function of ...
a Quantum correlation and b quantum coherence as a function of ...
a Quantum correlation and b quantum coherence as a function of ...
a Quantum correlation and b quantum coherence as a function of ...
a Quantum correlation and b quantum coherence as a function of ...
a Quantum correlation and b quantum coherence as a function of ...
a Quantum correlation and b quantum coherence as a function of ...
Time evolution of the quantum coherence of two atoms as a function of ...
Time evolution of the quantum coherence of two atoms as a function of ...
(PDF) Coherence Field Theory: Quantum Coherence as the Basis for a ...
(PDF) Coherence Field Theory: Quantum Coherence as the Basis for a ...
(a,b) χa as a function of temperature at different applied magnetic ...
(a,b) χa as a function of temperature at different applied magnetic ...
(a) Current as function of the magnetic field B and the coupling λ. In ...
(a) Current as function of the magnetic field B and the coupling λ. In ...
[1905.06405] Extending the Quantum Coherence of a Near-Surface Qubit by ...
[1905.06405] Extending the Quantum Coherence of a Near-Surface Qubit by ...
(PDF) Effects of Temperature and Magnetic Field on the Coherence Time ...
(PDF) Effects of Temperature and Magnetic Field on the Coherence Time ...
The effect of magnetic fields on the coherence of the storage qubit a ...
The effect of magnetic fields on the coherence of the storage qubit a ...
The entanglement and quantum coherence for a symmetric three two-level ...
The entanglement and quantum coherence for a symmetric three two-level ...
Magnetic Dynamics and Elongated Coherence of a High‐Spin Mn(II) Qubit ...
Magnetic Dynamics and Elongated Coherence of a High‐Spin Mn(II) Qubit ...
KR amplitude and coherence time as function of y for different magnetic ...
KR amplitude and coherence time as function of y for different magnetic ...
Sudden change of the geometric quantum discord and quantum coherence in ...
Sudden change of the geometric quantum discord and quantum coherence in ...
Magnetic Field Effect on the Coherence Time of Asymmetric Gaussian ...
Magnetic Field Effect on the Coherence Time of Asymmetric Gaussian ...
Quantum particle in a magnetic field B = ×A. (a) When a particle ...
Quantum particle in a magnetic field B = ×A. (a) When a particle ...
Figure 2 from A modernized view of coherence pathways applied to ...
Figure 2 from A modernized view of coherence pathways applied to ...
(PDF) The coherence of quantum dot confined electron- and hole-spin in ...
(PDF) The coherence of quantum dot confined electron- and hole-spin in ...
Figure 1 from A modernized view of coherence pathways applied to ...
Figure 1 from A modernized view of coherence pathways applied to ...
Schematic of the mechanism of action of the applied magnetic field B on ...
Schematic of the mechanism of action of the applied magnetic field B on ...
The l 1 norm of quantum coherence CρABICI′ as functions of P with three ...
The l 1 norm of quantum coherence CρABICI′ as functions of P with three ...
(Color online) The structure of the (a) wave magnetic field and (b ...
(Color online) The structure of the (a) wave magnetic field and (b ...
(PDF) Geometric quantum discord and coherence in a dipolar interacting ...
(PDF) Geometric quantum discord and coherence in a dipolar interacting ...

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