a presentation of Michel from 2009
... However, according to Theorem 1 this is impossible. You will never have zeros everywhere. In simple words, you can never completely isolate all the other qubits from the action of the applied field ...
... However, according to Theorem 1 this is impossible. You will never have zeros everywhere. In simple words, you can never completely isolate all the other qubits from the action of the applied field ...
Rotational Spectroscopy of Diatomic Molecules - Assets
... Molecular spectroscopy involves the study of the absorption or emission of electromagnetic radiation by matter; the radiation may be detected directly, or indirectly through its effects on other molecular properties. The primary purpose of spectroscopic studies is to understand the nature of the nuc ...
... Molecular spectroscopy involves the study of the absorption or emission of electromagnetic radiation by matter; the radiation may be detected directly, or indirectly through its effects on other molecular properties. The primary purpose of spectroscopic studies is to understand the nature of the nuc ...
Chapter 2. Electronic, Vibrational and Spin
... on the wavefunction Ψ (e.g., operation of the Hamiltonian operator, H, on Ψ produces the allowed energies). The operator is related to some measurable property of a system (energy, dipole moment, bond angle, angular momentum, transition probability, etc.) and generally has a form similar to the math ...
... on the wavefunction Ψ (e.g., operation of the Hamiltonian operator, H, on Ψ produces the allowed energies). The operator is related to some measurable property of a system (energy, dipole moment, bond angle, angular momentum, transition probability, etc.) and generally has a form similar to the math ...
Magnetic order of intermetallic FeGa $ _ {3
... Temperature dependent magnetization, muon spin rotation and 57 Fe Mössbauer spectroscopy experiments performed on crystals of intermetallic FeGa3−y Gey (y = 0.11, 0.14, 0.17, 0.22, 0.27, 0.29, 0.32) are reported. Whereas at y = 0.11 even a sensitive magnetic microprobe such as µSR does not detect m ...
... Temperature dependent magnetization, muon spin rotation and 57 Fe Mössbauer spectroscopy experiments performed on crystals of intermetallic FeGa3−y Gey (y = 0.11, 0.14, 0.17, 0.22, 0.27, 0.29, 0.32) are reported. Whereas at y = 0.11 even a sensitive magnetic microprobe such as µSR does not detect m ...
An edge index for the Quantum Spin-Hall effect
... In conclusion, we found that the current of the observable X = 21 [yΣi + Σi y] is quantized and that the quantization is given by the index of a Fredholm operator. This index was shown to take same value as the Spin-Chern number introduced in Ref. [5]. Our result provides a non-trivial topological i ...
... In conclusion, we found that the current of the observable X = 21 [yΣi + Σi y] is quantized and that the quantization is given by the index of a Fredholm operator. This index was shown to take same value as the Spin-Chern number introduced in Ref. [5]. Our result provides a non-trivial topological i ...
Charge and spin quantum fluids generated by many
... is the cν rapidity-momentum functional and the function Θν,ν (x) is defined in Eq. (B.5) of Appendix B. Eqs. (13)–(15) apply to all regular energy eigenstates. The ground state and the low-energy eigenstates involve occupancy configurations of the c and s1 pseudoparticle branches only [19]. The ps ...
... is the cν rapidity-momentum functional and the function Θν,ν (x) is defined in Eq. (B.5) of Appendix B. Eqs. (13)–(15) apply to all regular energy eigenstates. The ground state and the low-energy eigenstates involve occupancy configurations of the c and s1 pseudoparticle branches only [19]. The ps ...
sp0103_32-36 Gaughan
... big place and has been around for a very long time. There is time and space enough for extremely tiny violations of the symmetry laws that we believe to govern its behavior to have produced very large effects, like the observed matter–antimatter imbalance.” To detect differences between protons and ...
... big place and has been around for a very long time. There is time and space enough for extremely tiny violations of the symmetry laws that we believe to govern its behavior to have produced very large effects, like the observed matter–antimatter imbalance.” To detect differences between protons and ...
Angular Momentum in Quantum Mechanics
... In many problems in physics, the potential is central, namely, V = V (r); this means that the potential is spherically symmetric, and is not a function of θ or φ. In this type of systems - the best representative may be the hydrogen atom to be discussed shortly, it is best to work in spherical coord ...
... In many problems in physics, the potential is central, namely, V = V (r); this means that the potential is spherically symmetric, and is not a function of θ or φ. In this type of systems - the best representative may be the hydrogen atom to be discussed shortly, it is best to work in spherical coord ...
2009
... The origin of the anomalous Hall effect (AHE) in ferromagnets has been a subject of long-standing debate. Dilute magnetic semiconductors (DMS) provide an excellent test ground for clarifying the issues. In our study, we engineered a series of GaMnAs thin films with different doping levels and with p ...
... The origin of the anomalous Hall effect (AHE) in ferromagnets has been a subject of long-standing debate. Dilute magnetic semiconductors (DMS) provide an excellent test ground for clarifying the issues. In our study, we engineered a series of GaMnAs thin films with different doping levels and with p ...
