Quantum Probabilistic Dyadic Second-Order Logic⋆
... as well as of the finite dimensionality; it translates effectively the probabilistic dyadic second-order logic of finite-dimensional quantum systems into the decidable first-order theory of reals. This proof method is inspired by the one given by Dunn et al. in [10], where the traditional (propositi ...
... as well as of the finite dimensionality; it translates effectively the probabilistic dyadic second-order logic of finite-dimensional quantum systems into the decidable first-order theory of reals. This proof method is inspired by the one given by Dunn et al. in [10], where the traditional (propositi ...
High-Performance Computing and Quantum Processing - HPC-UA
... computing. An exaflop is one quintillion (1×1018) FLOPS. This performance and capabilities cannot be ensured and sustained by any envisioned super-computer platforms due to fundamental and technological limits. Advanced digital integrated circuits (ICs) are used to implement various distinct compute ...
... computing. An exaflop is one quintillion (1×1018) FLOPS. This performance and capabilities cannot be ensured and sustained by any envisioned super-computer platforms due to fundamental and technological limits. Advanced digital integrated circuits (ICs) are used to implement various distinct compute ...
Can many-valued logic help to comprehend quantum phenomena?
... Weizsäcker [23]. Later on this idea was abandoned for some time what Max Jammer observed in his famous book [6]: ‘After von Weizsäcker’s work no serious attempt seems ever to have been made to elaborate further a many-valued logical approach to quantum mechanics’. One of the aims of the present pa ...
... Weizsäcker [23]. Later on this idea was abandoned for some time what Max Jammer observed in his famous book [6]: ‘After von Weizsäcker’s work no serious attempt seems ever to have been made to elaborate further a many-valued logical approach to quantum mechanics’. One of the aims of the present pa ...
Abstracts Escuela de Fisica Matematica 2015, Universidad de los
... from such partition functions by carrying out the state sum construction on a manifold with boundary. The parameter space of these transfer contains various Hamiltonians of physical interest. The 2D quantum double Hamitlonians of Kitaev can be obtained from such transfer matrices for specific values ...
... from such partition functions by carrying out the state sum construction on a manifold with boundary. The parameter space of these transfer contains various Hamiltonians of physical interest. The 2D quantum double Hamitlonians of Kitaev can be obtained from such transfer matrices for specific values ...
Quantum numbers for relative ground states of antiferromagnetic
... numbers are invariant under a ↔ 2N s − a and hence only displayed for a = 1, 2, . . . , bN sc. Extraordinary shift quantum numbers given in bold do not comply with Eq. 1. ...
... numbers are invariant under a ↔ 2N s − a and hence only displayed for a = 1, 2, . . . , bN sc. Extraordinary shift quantum numbers given in bold do not comply with Eq. 1. ...
Quantum measurement carries information even when
... communication since there is no notion of 'different' or 'complementary' bases, and moreover a nonselective measurement on a classical system is equivalent to not making a measurement at all." As the physicists explain, the protocol suggests a novel way to view quantum measurement as consisting of t ...
... communication since there is no notion of 'different' or 'complementary' bases, and moreover a nonselective measurement on a classical system is equivalent to not making a measurement at all." As the physicists explain, the protocol suggests a novel way to view quantum measurement as consisting of t ...
Population Inversion in a Single InGaAs Quantum Dot Using
... entangled photon pairs [4], and studies of Bose-Einstein condensation [5]. A two-level quantum system, such as that of an exciton in a single quantum dot, can be driven into a specified state by use of a coherent interaction between the system and a tuned optical field. Previously, the interaction u ...
... entangled photon pairs [4], and studies of Bose-Einstein condensation [5]. A two-level quantum system, such as that of an exciton in a single quantum dot, can be driven into a specified state by use of a coherent interaction between the system and a tuned optical field. Previously, the interaction u ...
Full text in PDF - ndl nano
... 共iv兲 the dots are crystalline, with low surface defect concentration. Quantum dot structures fabricated using different techniques always have some degree of disorder, which can be described by the Anderson or Lifshitz models. At the same time, extended states and minibands can still be formed as lo ...
... 共iv兲 the dots are crystalline, with low surface defect concentration. Quantum dot structures fabricated using different techniques always have some degree of disorder, which can be described by the Anderson or Lifshitz models. At the same time, extended states and minibands can still be formed as lo ...
Quantum Phenomena in Low-Dimensional Systems Michael R. Geller
... “resist,” patterns are imprinted on the resist in a photographic processes with focused light, electron beams, or even atoms. After the imprinted pattern is removed chemically, the underlying semiconductor is etched away, leaving an environment that confines electrons both in the MBE-growth directio ...
... “resist,” patterns are imprinted on the resist in a photographic processes with focused light, electron beams, or even atoms. After the imprinted pattern is removed chemically, the underlying semiconductor is etched away, leaving an environment that confines electrons both in the MBE-growth directio ...
