Niels Bohr as philosopher of experiment: Does
... focused on the use of classical concepts in any complementary description of the quantum object, in this paper we instead devote much of our attention to his contention that the experimental apparatus must be described in terms of the concepts of classical physics. Here the work of Kroes (1994, 2003 ...
... focused on the use of classical concepts in any complementary description of the quantum object, in this paper we instead devote much of our attention to his contention that the experimental apparatus must be described in terms of the concepts of classical physics. Here the work of Kroes (1994, 2003 ...
XVIIth International Workshop on Quantum Atomic and Molecular
... Since then, numerous phenomena related to this effect, completely absent, even unthinkable of in classical mechanics have been discovered and continue to be discovered at a regular rate, with also many applications in chemistry and molecular physics. We look forward to learning about some of the mos ...
... Since then, numerous phenomena related to this effect, completely absent, even unthinkable of in classical mechanics have been discovered and continue to be discovered at a regular rate, with also many applications in chemistry and molecular physics. We look forward to learning about some of the mos ...
Quantum non-demolition - Quantum Optics and Spectroscopy
... Throughout the last decade research has shown thtat there are several experimental implementations that fulfill most or even all of these points and might be considered as candidates for a quantum computer: nuclear spins [8], superconducting Josephson junctions [9, 10], quantum dots [11], neutral at ...
... Throughout the last decade research has shown thtat there are several experimental implementations that fulfill most or even all of these points and might be considered as candidates for a quantum computer: nuclear spins [8], superconducting Josephson junctions [9, 10], quantum dots [11], neutral at ...
Algebraic Study on the Quantum Calogero Model
... China, August 19- 2-1 , 1996, ed. l\1.-L. Ge, Y. Saint-Au bin and L. Vinet (Springer- \"erlag). ...
... China, August 19- 2-1 , 1996, ed. l\1.-L. Ge, Y. Saint-Au bin and L. Vinet (Springer- \"erlag). ...
- Philsci-Archive
... generate stable relative frequencies for the outcomes. This stability is then often taken to suggest a connection between these relative frequencies and some objective notion of probability. A further connection between these frequencies and symmetrical properties of the coin and the stability of th ...
... generate stable relative frequencies for the outcomes. This stability is then often taken to suggest a connection between these relative frequencies and some objective notion of probability. A further connection between these frequencies and symmetrical properties of the coin and the stability of th ...
Quantum Fingerprints that Keep Secrets
... guarantee one-sided error probability at most 1/n , for any fixed c. The first type uses pure states and “leaks” at most O(1) bits; the second kind uses mixed states and “leaks” at most 1/nc bits – here “leakage” is defined as accessible information about the string x contained in its fingerprint. B ...
... guarantee one-sided error probability at most 1/n , for any fixed c. The first type uses pure states and “leaks” at most O(1) bits; the second kind uses mixed states and “leaks” at most 1/nc bits – here “leakage” is defined as accessible information about the string x contained in its fingerprint. B ...
DECOHERENCE AND DYNAMICAL DECOUPLING IN SOLID-STATE SPIN QUBITS Wayne Martin Witzel
... According to the quantum theory of physics, however, nature somehow stores information in a much richer, qualitatively different sense. The elements of quantum information are called qubits (quantum bits) and can represent a superposition (a mixture) of both zero and one. More importantly, multiple ...
... According to the quantum theory of physics, however, nature somehow stores information in a much richer, qualitatively different sense. The elements of quantum information are called qubits (quantum bits) and can represent a superposition (a mixture) of both zero and one. More importantly, multiple ...
Measurement-Based Quantum Computation
... eigenstate of the Pauli X operator with eigenvalue +1. After this a controlled-phase or CP gate that carries out the unitary operator C12 is applied to the two qubits to produce a graph state corresponding to a graph in which the two vertices are connected by an edge. ◦ See the notes “Graph States a ...
... eigenstate of the Pauli X operator with eigenvalue +1. After this a controlled-phase or CP gate that carries out the unitary operator C12 is applied to the two qubits to produce a graph state corresponding to a graph in which the two vertices are connected by an edge. ◦ See the notes “Graph States a ...
Towards a microscopic Description of classical Solutions in Field
... As a consequence, consistency requires that all the classical features should emerge from these underlying physics. Following this logic, we develop methods to represent classical fields in various examples in terms of constituents. If we take this premise seriously, it follows that QFT and subseque ...
... As a consequence, consistency requires that all the classical features should emerge from these underlying physics. Following this logic, we develop methods to represent classical fields in various examples in terms of constituents. If we take this premise seriously, it follows that QFT and subseque ...
Atoms, photons, and Information
... Consideration of continuous measurement has also brought discussion of quantum systems and classical systems closer together. Control theory has developed many tools to discuss the measurement of classical systems[40]. Specifically one can ask questions about measurability of a classical system in t ...
... Consideration of continuous measurement has also brought discussion of quantum systems and classical systems closer together. Control theory has developed many tools to discuss the measurement of classical systems[40]. Specifically one can ask questions about measurability of a classical system in t ...
Correlations in multipartite systems: From entanglement to localization Julia Stasi ´nska
... systems, which was initially perceived as more of a paradox and curiosity than something useful, eventually became one of the marvels of modern science. The theory of entanglement, although far from complete, is now well developed and offers many tools that allow us to test the presence of such corr ...
... systems, which was initially perceived as more of a paradox and curiosity than something useful, eventually became one of the marvels of modern science. The theory of entanglement, although far from complete, is now well developed and offers many tools that allow us to test the presence of such corr ...
