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Quantum Field Theory and Composite Fermions in the Fractional
... KSvKE00, TEPW07]. The quality of being a macroscopic quantum effect and its connection to topological quantum numbers and braid group or fractional statistics is the basis for the idea that the fractional Hall system is a possible candidate for the realization of a quantum computer [Wan06]. One prom ...
... KSvKE00, TEPW07]. The quality of being a macroscopic quantum effect and its connection to topological quantum numbers and braid group or fractional statistics is the basis for the idea that the fractional Hall system is a possible candidate for the realization of a quantum computer [Wan06]. One prom ...
Introduction to Integrable Models
... We have seen that the expression for the energies, Eq. (2.28), is reminiscent of two superimposed magnons. The magnon interaction is reflected in the phase shift θ and the deviation of the momenta k1 , k2 from the one-magnon wave numbers. We will see that the magnons either scatter off each other or ...
... We have seen that the expression for the energies, Eq. (2.28), is reminiscent of two superimposed magnons. The magnon interaction is reflected in the phase shift θ and the deviation of the momenta k1 , k2 from the one-magnon wave numbers. We will see that the magnons either scatter off each other or ...
Modeling quantum fluid dynamics at nonzero temperatures
... where vn and vs are ambient velocities of the normal and superfluid components. Its effect on the vortex filament is well illustrated by considering a vortex ring of radius R. At T = 0, in the absence of the normal fluid and ambient superfluid, Eq. 2 with v given by Eq. 1 implies that the vortex mov ...
... where vn and vs are ambient velocities of the normal and superfluid components. Its effect on the vortex filament is well illustrated by considering a vortex ring of radius R. At T = 0, in the absence of the normal fluid and ambient superfluid, Eq. 2 with v given by Eq. 1 implies that the vortex mov ...
Two Qubits Tavis-Cummings Model Beyond the Rotating Wave
... [3], or super-conducting qubits interacting with a nanomechanical resonator [4, 5], a transmission line resonator [6, 7], or an LC circuit [8, 9]. In the area of quantum optics, the model describing the interaction of a single qubit with a harmonic oscillator, called the Jaynes-Cummings model (JCM) ...
... [3], or super-conducting qubits interacting with a nanomechanical resonator [4, 5], a transmission line resonator [6, 7], or an LC circuit [8, 9]. In the area of quantum optics, the model describing the interaction of a single qubit with a harmonic oscillator, called the Jaynes-Cummings model (JCM) ...
Earman, John, "Aspects of Determinism in Modern Physics"
... achieves the best balance between simplicity and information content. All of the historical examples we have of candidates for deterministic laws involve a relatively small subset B ⊂ O of basic occurrent magnitudes, the assumption being that the remaining ones supervene on those of B.7 This is hard ...
... achieves the best balance between simplicity and information content. All of the historical examples we have of candidates for deterministic laws involve a relatively small subset B ⊂ O of basic occurrent magnitudes, the assumption being that the remaining ones supervene on those of B.7 This is hard ...
