Quasiparticle Quasihole Energy Gap As A Function Of Magnetic Field B

Quasiparticle-quasihole energy gap as a function of magnetic field B ...
Quasiparticle-quasihole energy gap as a function of magnetic field B ...
Quasiparticle-quasihole energy gap as a function of magnetic field B ...
Quasiparticle-quasihole energy gap as a function of magnetic field B ...
Scaled energy gap N as a function of the transverse magnetic field B ...
Scaled energy gap N as a function of the transverse magnetic field B ...
The energy gap units of e 2 /l 0 ) as a function of the magnetic field ...
The energy gap units of e 2 /l 0 ) as a function of the magnetic field ...
The energy gap as a function of the applied magnetic field for ...
The energy gap as a function of the applied magnetic field for ...
(a) Hybridization gap as a function of magnetic field (including B = 0 ...
(a) Hybridization gap as a function of magnetic field (including B = 0 ...
(color online). Quasiparticle excitation gap ∆ as a function of B ⊥ ...
(color online). Quasiparticle excitation gap ∆ as a function of B ⊥ ...
Energy gap as a function of magnetic field... | Download Scientific Diagram
Energy gap as a function of magnetic field... | Download Scientific Diagram
Normalized quasiparticle energy gap Eg t , as a function of the ...
Normalized quasiparticle energy gap Eg t , as a function of the ...
(a), The quasiparticle energy gap as a function of the chemical ...
(a), The quasiparticle energy gap as a function of the chemical ...
Gap function Δk and quasiparticle energy Ek as a function of band ...
Gap function Δk and quasiparticle energy Ek as a function of band ...
(color online). Quasiparticle excitation gap ∆ as a function of B ⊥ ...
(color online). Quasiparticle excitation gap ∆ as a function of B ⊥ ...
The dependence of the energy gap on magnetic field B for (5, 5, 3000 ...
The dependence of the energy gap on magnetic field B for (5, 5, 3000 ...
Energy gap for different values of the magnetic field gradints B yβ ...
Energy gap for different values of the magnetic field gradints B yβ ...
(a) Energy gap as a function of on-site potential δ. (b) Band edge ...
(a) Energy gap as a function of on-site potential δ. (b) Band edge ...
The energy levels of a hole pair as a function of the external magnetic ...
The energy levels of a hole pair as a function of the external magnetic ...
Quasiparticle creation due to a single rotation of a magnetic field ...
Quasiparticle creation due to a single rotation of a magnetic field ...
Quasiparticle energies Em of states in the core as a function of ...
Quasiparticle energies Em of states in the core as a function of ...
Quasiparticle spin gap versus the magnetic field in a 15 nm wide ...
Quasiparticle spin gap versus the magnetic field in a 15 nm wide ...
Figure 1 from Dependence of energy gap on magnetic field in ...
Figure 1 from Dependence of energy gap on magnetic field in ...
Plot of the quasiparticle DOS evolution as a function of p , the ...
Plot of the quasiparticle DOS evolution as a function of p , the ...
Direct tunnel rate as a function of quasiparticle energy. The solid ...
Direct tunnel rate as a function of quasiparticle energy. The solid ...
Magnetic field dependence of the high field energy gap for different ...
Magnetic field dependence of the high field energy gap for different ...
Gate-dependent quasiparticle band gap energy of device D1 at zero ...
Gate-dependent quasiparticle band gap energy of device D1 at zero ...
The energy of the quasihole (QH), quasiparticle (QP), and their sum for ...
The energy of the quasihole (QH), quasiparticle (QP), and their sum for ...
The steady state for the quasiparticle-qubit system as a function of ...
The steady state for the quasiparticle-qubit system as a function of ...
Quasiparticle direct energy gap at Γ (a) and energy of VBM (b) for ...
Quasiparticle direct energy gap at Γ (a) and energy of VBM (b) for ...
Quantum particle in a magnetic field B = ×A. (a) When a particle ...
Quantum particle in a magnetic field B = ×A. (a) When a particle ...
Gap above the quasihole state on a torus. We plot the energy gap above ...
Gap above the quasihole state on a torus. We plot the energy gap above ...
Variation with the applied magnetic field B of the critical ...
Variation with the applied magnetic field B of the critical ...
The quasiparticle spectral function Ab(k,ω) for b-band with a small gap ...
The quasiparticle spectral function Ab(k,ω) for b-band with a small gap ...
Control experiment and phenomenology of subgap states under a magnetic ...
Control experiment and phenomenology of subgap states under a magnetic ...
Emergence of corner Majorana bound states (MBS) a Quasiparticle ...
Emergence of corner Majorana bound states (MBS) a Quasiparticle ...
The two-dimensional quasiparticle quantum well a The component of the ...
The two-dimensional quasiparticle quantum well a The component of the ...
Dynamics of a single quasihole in a stabilized Laughlin state on a ...
Dynamics of a single quasihole in a stabilized Laughlin state on a ...
͑ Color online ͒ The quasiparticle energy band gap E g and | Download ...
͑ Color online ͒ The quasiparticle energy band gap E g and | Download ...

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