Generalized Entropies
... combination of Hmin and Hmax gives an expression for the classical capacity of a classical[29] or a quantum[30] channel, as well as its “reverse” capacity[31]. Additional applications can be found particularly in quantum cryptography (see, e.g., [8, 32, 33]). Smooth entropies also have operational i ...
... combination of Hmin and Hmax gives an expression for the classical capacity of a classical[29] or a quantum[30] channel, as well as its “reverse” capacity[31]. Additional applications can be found particularly in quantum cryptography (see, e.g., [8, 32, 33]). Smooth entropies also have operational i ...
Quantum Renormalization of the Spin Hall Effect
... hMz i of ¼ 1ðz2 Þ, 2ðp1 Þ and 3ðp1 Þ gradually polarize near the saturated value 1, the spin-orbit correlation function jh‘z z ij gradually decreases to 0. Thus, the quantum fluctuation of the spin is crucially important in producing an even larger spin Hall angle than the Hall angle of the AHE ...
... hMz i of ¼ 1ðz2 Þ, 2ðp1 Þ and 3ðp1 Þ gradually polarize near the saturated value 1, the spin-orbit correlation function jh‘z z ij gradually decreases to 0. Thus, the quantum fluctuation of the spin is crucially important in producing an even larger spin Hall angle than the Hall angle of the AHE ...
Partition function (statistical mechanics)
... Before specific results can be obtained from the grand canonical partition function, the energy levels of the system under consideration need to be specified. For example, the particle in a box model or particle in a harmonic oscillator well provide a particular set of energy levels and are a conven ...
... Before specific results can be obtained from the grand canonical partition function, the energy levels of the system under consideration need to be specified. For example, the particle in a box model or particle in a harmonic oscillator well provide a particular set of energy levels and are a conven ...
Creation and manipulation of entanglement in spin chains far from
... entanglement creation and manipulation is a fundamental requirement. One way to achieve this is by using time dependent fields. The benefits of external ac-driving has been recently reported in Refs. [1,13–18]. However, from a technological point of view, it appears rather difficult to access each spin ...
... entanglement creation and manipulation is a fundamental requirement. One way to achieve this is by using time dependent fields. The benefits of external ac-driving has been recently reported in Refs. [1,13–18]. However, from a technological point of view, it appears rather difficult to access each spin ...
Physics
... A qualita tive introduction to the basic principles and ideas of mechanics, heat, thermodynamics, waves, electricity, magnetism, and optics. Demonstrations, exercises, and experiments will be used to construct the fundamental concepts. Emphasis will be placed on verbal interpretation,arithmetical re ...
... A qualita tive introduction to the basic principles and ideas of mechanics, heat, thermodynamics, waves, electricity, magnetism, and optics. Demonstrations, exercises, and experiments will be used to construct the fundamental concepts. Emphasis will be placed on verbal interpretation,arithmetical re ...
Unit 6: Macroscopic Quantum Systems
... these are the superfluids and superconductors of traditional condensed matter physics that are discussed in Unit 8. In this unit we focus on an entirely new state of matter only recently created in the laboratory: this is the gaseous macroscopic quantum mechanical system known as a Bose-Einstein Con ...
... these are the superfluids and superconductors of traditional condensed matter physics that are discussed in Unit 8. In this unit we focus on an entirely new state of matter only recently created in the laboratory: this is the gaseous macroscopic quantum mechanical system known as a Bose-Einstein Con ...
