SYMMETRIES IN PHYSICS: Philosophical Reflections
... http://dx.doi.org/10.1017/CBO9780511535369.004 Cambridge Books Online © Cambridge University Press, 2014 ...
... http://dx.doi.org/10.1017/CBO9780511535369.004 Cambridge Books Online © Cambridge University Press, 2014 ...
An anti-realist account of the application of mathematics
... account of consequence faces a serious limitation. It does not apply to classical set theory, in particular to a set theory such as Zermelo–Fraenkel with the axiom of choice (ZFC). After all, to use the model-theoretic account, first a domain of interpretation needs to be in place. The domain is typ ...
... account of consequence faces a serious limitation. It does not apply to classical set theory, in particular to a set theory such as Zermelo–Fraenkel with the axiom of choice (ZFC). After all, to use the model-theoretic account, first a domain of interpretation needs to be in place. The domain is typ ...
Charged domain-wall dynamics in doped antiferromagnets and spin
... The ~classical! statistical mechanics of the model of Sec. II can be derived along similar lines as for two-dimensional incommensurate liquids formed by rare-gas atoms adsorbed on graphite, etc.31,32 We stress that this is not meant to imply that the present problem is physically the same. The micro ...
... The ~classical! statistical mechanics of the model of Sec. II can be derived along similar lines as for two-dimensional incommensurate liquids formed by rare-gas atoms adsorbed on graphite, etc.31,32 We stress that this is not meant to imply that the present problem is physically the same. The micro ...
using standard syste - the Max Planck Institute for the Physics of
... Moon-earth-sun, the oldest, best known but least understood three-body problem—this is how Martin Gutzwiller summarized research on the gravitational dynamics of three masses in a recent review (Gutzwiller, 1998; see also 1995). Probably a similar statement applies to the corresponding microscopic t ...
... Moon-earth-sun, the oldest, best known but least understood three-body problem—this is how Martin Gutzwiller summarized research on the gravitational dynamics of three masses in a recent review (Gutzwiller, 1998; see also 1995). Probably a similar statement applies to the corresponding microscopic t ...
non equilibrium dynamics of quantum ising chains in the presence
... However, there are still some drawbacks in simulating models in optical lattices. The existence of the harmonic confining potential over which the optical lattice is built, puts the atoms (localized in the minima of the optical trap) in a slightly different potential relative to each other and may d ...
... However, there are still some drawbacks in simulating models in optical lattices. The existence of the harmonic confining potential over which the optical lattice is built, puts the atoms (localized in the minima of the optical trap) in a slightly different potential relative to each other and may d ...
Quantum-gravitational effects for inflationary perturbations and the
... singularity by introducing a perfect fluid described by a generalized Chaplygin gas in the form of a scalar field, for which we consider both a standard as well as a phantom field with negative energy. After discussing the classical behavior, we can solve the Wheeler–DeWitt equation of this model an ...
... singularity by introducing a perfect fluid described by a generalized Chaplygin gas in the form of a scalar field, for which we consider both a standard as well as a phantom field with negative energy. After discussing the classical behavior, we can solve the Wheeler–DeWitt equation of this model an ...
Interacting Fock spaces: central limit theorems and quantum
... with the birth of quantum mechanics during the 1920’s, a new way of thinking to all physical objects emerged. From the beginning human experience suggests that all things have a definite place and properties such as speed, color,... But, the introduction of Heisenberg’s uncertainty principle in 1926 ...
... with the birth of quantum mechanics during the 1920’s, a new way of thinking to all physical objects emerged. From the beginning human experience suggests that all things have a definite place and properties such as speed, color,... But, the introduction of Heisenberg’s uncertainty principle in 1926 ...
here.
... • This restriction (‘indeterminism’ vis-a-vis classical mechanics) on the types of questions that one can ask and hope to answer in quantum mechanics has troubled many physicists. But no attempt to improve upon quantum mechanics has so far succeeded. • There are still many physical situations where ...
... • This restriction (‘indeterminism’ vis-a-vis classical mechanics) on the types of questions that one can ask and hope to answer in quantum mechanics has troubled many physicists. But no attempt to improve upon quantum mechanics has so far succeeded. • There are still many physical situations where ...
Spin-orbit coupling effects in two
... [13],[14]. In coupled dots, the two-qubit quantum gates are realized by manipulating the exchange coupling between the electrons, which originates in the Coulomb interaction and the Pauli principle [8],[15]. How is the exchange coupling modified by the presence of the spin-orbit coupling? In general, ...
... [13],[14]. In coupled dots, the two-qubit quantum gates are realized by manipulating the exchange coupling between the electrons, which originates in the Coulomb interaction and the Pauli principle [8],[15]. How is the exchange coupling modified by the presence of the spin-orbit coupling? In general, ...