Emulating Quantum Computation
... possibilities of computation. The problem we face is that it is likely to be many years before we develop a viable physical implementation of such a computer. There is a vast amount of literature describing the theory of quantum computation and possible approaches to implementation. The infancy of t ...
... possibilities of computation. The problem we face is that it is likely to be many years before we develop a viable physical implementation of such a computer. There is a vast amount of literature describing the theory of quantum computation and possible approaches to implementation. The infancy of t ...
On the Classical and Quantum Momentum Map
... The following section (Sec. 2.5) is devoted to the theory of Poisson reduction. The main result of this section is the theorem 2.5.3, which gives a generalization of the Marsden-Weinstein reduction to the case of an arbitrary Poisson Lie group action on a Poisson manifold - the results that can be ...
... The following section (Sec. 2.5) is devoted to the theory of Poisson reduction. The main result of this section is the theorem 2.5.3, which gives a generalization of the Marsden-Weinstein reduction to the case of an arbitrary Poisson Lie group action on a Poisson manifold - the results that can be ...
Information Geometric Superactivation of Asymptotic Quantum
... information. The errors are a natural interference from the noisy environment, and the can be much diverse due to the extended set of quantum channel models. The advanced properties of quantum channels were discovered mainly in the end of the 2000s. These results of Quantum Information Theory (QIT) ...
... information. The errors are a natural interference from the noisy environment, and the can be much diverse due to the extended set of quantum channel models. The advanced properties of quantum channels were discovered mainly in the end of the 2000s. These results of Quantum Information Theory (QIT) ...
Niels Bohr as philosopher of experiment: Does
... extensive literature on Bohr. There is now consensus among Bohr scholars that his doctrine of classical concepts should be understood epistemologically. However, there is still widespread disagreement on what epistemological position Bohr held. Much of the recent literature has attempted to make sen ...
... extensive literature on Bohr. There is now consensus among Bohr scholars that his doctrine of classical concepts should be understood epistemologically. However, there is still widespread disagreement on what epistemological position Bohr held. Much of the recent literature has attempted to make sen ...
ABSTRACT Title of Dissertation: STUDY OF LONGITUDINAL DYNAMICS IN
... beam. These images not only provide us time-resolved transverse density distribution of the beam, but also enable us to take time-resolved transverse phase space measurement using computerized tomography. By combining this information with the longitudinal energy measurement, we have, for the first ...
... beam. These images not only provide us time-resolved transverse density distribution of the beam, but also enable us to take time-resolved transverse phase space measurement using computerized tomography. By combining this information with the longitudinal energy measurement, we have, for the first ...
Particle Physics and Inflationary Cosmology
... and electromagnetic interactions. Their spontaneous appearance over all space essentially signifies a restructuring of the vacuum, with certain vector (gauge) fields acquiring high mass as a result. The interactions mediated by these vector fields then become shortrange, and this leads to symmetry b ...
... and electromagnetic interactions. Their spontaneous appearance over all space essentially signifies a restructuring of the vacuum, with certain vector (gauge) fields acquiring high mass as a result. The interactions mediated by these vector fields then become shortrange, and this leads to symmetry b ...
Color - How Things Work
... Why doesn’t a cart fall through a sidewalk? How does the sidewalk know how hard to push? Why doesn’t a cart fall through a ramp? Why is it easy to push the cart up the ramp? What physical quantity is the same for any trip up the ramp, regardless of its steepness? ...
... Why doesn’t a cart fall through a sidewalk? How does the sidewalk know how hard to push? Why doesn’t a cart fall through a ramp? Why is it easy to push the cart up the ramp? What physical quantity is the same for any trip up the ramp, regardless of its steepness? ...
2001 by CRC Press LLC
... indicate that the force between two electrically charged objects behaves in strict analogy with gravitation: both forces obey inverse square laws and act along a line joining the objects. Oersted, Ampere, Biot, and Savart soon showed that the magnetic force on segments of current-carrying wires also ...
... indicate that the force between two electrically charged objects behaves in strict analogy with gravitation: both forces obey inverse square laws and act along a line joining the objects. Oersted, Ampere, Biot, and Savart soon showed that the magnetic force on segments of current-carrying wires also ...
