2 Quantum Theory of Spin Waves
... waves. In this chapter, we will introduce the quantum theory of these excitations at low temperatures. The two primary interaction mechanisms for spins are magnetic dipole–dipole coupling and a mechanism of quantum mechanical origin referred to as the exchange interaction. The dipolar interactions a ...
... waves. In this chapter, we will introduce the quantum theory of these excitations at low temperatures. The two primary interaction mechanisms for spins are magnetic dipole–dipole coupling and a mechanism of quantum mechanical origin referred to as the exchange interaction. The dipolar interactions a ...
Quantum Field Theory and Coalgebraic Logic in Theoretical
... These neurophysiological studies suggest that the DDF based on a coalgebraic modeling of open systems in QFT could be, in computer science, an effective possible solution of the problem, so-called of “deep learning”, arising with “big-data” modeling and, overall, in dealing with an effective computa ...
... These neurophysiological studies suggest that the DDF based on a coalgebraic modeling of open systems in QFT could be, in computer science, an effective possible solution of the problem, so-called of “deep learning”, arising with “big-data” modeling and, overall, in dealing with an effective computa ...
Particle In A Box
... In this chapter, we have studied the particle in a box problem. This is probably the simplest problem in quantum theory and the problem is exactly soluble. The Schrodinger equation for a one dimensional box was obtained by replacing the dynamical variable for the kinetic energy by the corresponding ...
... In this chapter, we have studied the particle in a box problem. This is probably the simplest problem in quantum theory and the problem is exactly soluble. The Schrodinger equation for a one dimensional box was obtained by replacing the dynamical variable for the kinetic energy by the corresponding ...
Group theoretic formulation of complementarity
... DEFINITION: Wave nature NW () NW () = maximum mutual information between Alice and Bob over all possible measurements by Bob. Tg Alice ...
... DEFINITION: Wave nature NW () NW () = maximum mutual information between Alice and Bob over all possible measurements by Bob. Tg Alice ...
density functional theory
... aws, nevertheless, which will be discussed in this thesis. One of the most important ones is the high cost of computation time when large systems are investigated, which arises, among other things, from the dependency of the many-body wave function on ...
... aws, nevertheless, which will be discussed in this thesis. One of the most important ones is the high cost of computation time when large systems are investigated, which arises, among other things, from the dependency of the many-body wave function on ...
Excitons in parabolic quantum dots in 1 electric and magnetic fields
... respectively. These effects on the properties of the excitons can be classified with regard to the two intrinsic lengths: the dimension of the parabolic quantum dot R, and the excitonic Bohr radius a,D (the 3D Bohr radius = 140 8, for GaAs). In this work we consider only quantum dots with radii betw ...
... respectively. These effects on the properties of the excitons can be classified with regard to the two intrinsic lengths: the dimension of the parabolic quantum dot R, and the excitonic Bohr radius a,D (the 3D Bohr radius = 140 8, for GaAs). In this work we consider only quantum dots with radii betw ...
Driven coherent oscillations of a single electron spin in a quantum dot
... fields must be minimized. Alternative schemes for driven rotations of a spin in a dot have been proposed, based on optical excitation26 or electrical control27–29, but this is perhaps even more challenging and has not been accomplished either. Here, we demonstrate the ability to control the spin sta ...
... fields must be minimized. Alternative schemes for driven rotations of a spin in a dot have been proposed, based on optical excitation26 or electrical control27–29, but this is perhaps even more challenging and has not been accomplished either. Here, we demonstrate the ability to control the spin sta ...
bohr`s semiclassical model of the black hole
... of the quantum field dynamics according to general transformations of coordinates, which implies that a wave can be considered as a complex mixture of the plane waves (this mixture can be effectively treated as the spectrum of the black body). Simplified, black hole can gravitationally interact with ...
... of the quantum field dynamics according to general transformations of coordinates, which implies that a wave can be considered as a complex mixture of the plane waves (this mixture can be effectively treated as the spectrum of the black body). Simplified, black hole can gravitationally interact with ...
ADIABATIC QUANTUM COMPUTATION
... 16 In quantum computation, a cluster state is a type of highly entangled state of multiple qubits. Cluster states can be created efficiently in any system with a quantum Ising-type interaction between two-state particles in a lattice configuration. ...
... 16 In quantum computation, a cluster state is a type of highly entangled state of multiple qubits. Cluster states can be created efficiently in any system with a quantum Ising-type interaction between two-state particles in a lattice configuration. ...
