Martin Raith - Publikationsserver der Universität Regensburg
... Outline of the Thesis In Chapter 1, we started with a very brief historical overview of quantum computation and the motivation for building a quantum computer. Chapter 2 is a more specific introduction. First, we briefly describe the best qubit candidates that are currently investigated, such as phot ...
... Outline of the Thesis In Chapter 1, we started with a very brief historical overview of quantum computation and the motivation for building a quantum computer. Chapter 2 is a more specific introduction. First, we briefly describe the best qubit candidates that are currently investigated, such as phot ...
Quantum Knots and Lattices, or a Blueprint for Quantum Systems
... The key difficulty encountered in writing [26] is that physics ”lives” in geometric space and, on the other hand, knot theory ”lives” in topological space. As a consequence, in knot theory the inherent geometric structure of 3-space is often ignored, or simply discarded. If one’s objective is to sol ...
... The key difficulty encountered in writing [26] is that physics ”lives” in geometric space and, on the other hand, knot theory ”lives” in topological space. As a consequence, in knot theory the inherent geometric structure of 3-space is often ignored, or simply discarded. If one’s objective is to sol ...
AUTOMATIC QUANTUM COMPUTER PROGRAMMING A Genetic
... can be understood using only classical physics and classical information theory, and the specifically quantum mechanical properties of the hardware can be ignored. Quantum computing is computing in which the specifically quantum mechanical properties matter a great deal, usually because they are bei ...
... can be understood using only classical physics and classical information theory, and the specifically quantum mechanical properties of the hardware can be ignored. Quantum computing is computing in which the specifically quantum mechanical properties matter a great deal, usually because they are bei ...
Quantum Computing - Lecture Notes - Washington
... way is an open challenge in quantum computing. The difficulty is the lack of any classical analog. One useful, but imprecise way to think about entanglement, superposition and measurement is that superposition “is” quantum information. Entanglement links that information across quantum bits, but doe ...
... way is an open challenge in quantum computing. The difficulty is the lack of any classical analog. One useful, but imprecise way to think about entanglement, superposition and measurement is that superposition “is” quantum information. Entanglement links that information across quantum bits, but doe ...
Correlations in multipartite systems: From entanglement to localization Julia Stasi ´nska
... such as atomic ensembles of non-interacting atoms, systems of interacting spins and disordered Bose gas in an optical lattice. In each case I emphasize a different aspect of this broad concept. First, I concentrate on generation of multipartite entanglement with atom-light interfaces. Then, the focu ...
... such as atomic ensembles of non-interacting atoms, systems of interacting spins and disordered Bose gas in an optical lattice. In each case I emphasize a different aspect of this broad concept. First, I concentrate on generation of multipartite entanglement with atom-light interfaces. Then, the focu ...
Niels Bohr as philosopher of experiment: Does
... 1982, 2003), a number of physicists have suggested that Bohr's musings about the primacy of classical concepts, and by extension his doctrine of an (ostensibly) fundamental quantum–classical divide, amount to little more than superfluous semantic or philosophical baggage, much of which has been discr ...
... 1982, 2003), a number of physicists have suggested that Bohr's musings about the primacy of classical concepts, and by extension his doctrine of an (ostensibly) fundamental quantum–classical divide, amount to little more than superfluous semantic or philosophical baggage, much of which has been discr ...
Quantum correlations and measurements
... philosophy helps us to construct models as a way towards understanding the principles of nature. At the beginning of the last century a new debate on the true paradigms of physics started that was due to the upcoming of quantum theory; see, e.g., [1–3]. Nowadays, physicist are used to this theory. S ...
... philosophy helps us to construct models as a way towards understanding the principles of nature. At the beginning of the last century a new debate on the true paradigms of physics started that was due to the upcoming of quantum theory; see, e.g., [1–3]. Nowadays, physicist are used to this theory. S ...
Algebraic Topology Foundations of Supersymmetry and Symmetry
... basic techniques of Fourier analysis and convolution products. A natural generalization of such molecular, partial symmetries and their corresponding analytical versions involves convolution algebras – a functional/distribution [197, 198] based theory that we will discuss in the context of a more ge ...
... basic techniques of Fourier analysis and convolution products. A natural generalization of such molecular, partial symmetries and their corresponding analytical versions involves convolution algebras – a functional/distribution [197, 198] based theory that we will discuss in the context of a more ge ...
Using JCP format
... was provided, which was shown to work for simple models. The first purpose of the present paper is to extend that study and to demonstrate the efficiency of this procedure for realistic surfaces; we do this using the HCN/CNH as a prototype, demonstrating that a single perturbation Hamiltonian can re ...
... was provided, which was shown to work for simple models. The first purpose of the present paper is to extend that study and to demonstrate the efficiency of this procedure for realistic surfaces; we do this using the HCN/CNH as a prototype, demonstrating that a single perturbation Hamiltonian can re ...
