Necessary and Sufficient Quantum Information Characterization of
... dub subchannel discrimination, in a practically relevant scenario where measurements can only be performed locally. Subchannel discrimination is the identification of which branch of a quantum evolution a quantum system undergoes (see Fig. 1). It is well known that entanglement between a probe and a ...
... dub subchannel discrimination, in a practically relevant scenario where measurements can only be performed locally. Subchannel discrimination is the identification of which branch of a quantum evolution a quantum system undergoes (see Fig. 1). It is well known that entanglement between a probe and a ...
Partially Nondestructive Continuous Detection of Individual Traveling Optical Photons
... using an atomic ensemble inside a high finesse cavity where one stored photon blocked the transmission of more than one cavity photon and could still be retrieved [5]. Such strong cross-modulation [20] can be used for all-optical destructive detection of the stored optical photon, but the parameters ...
... using an atomic ensemble inside a high finesse cavity where one stored photon blocked the transmission of more than one cavity photon and could still be retrieved [5]. Such strong cross-modulation [20] can be used for all-optical destructive detection of the stored optical photon, but the parameters ...
Are Orbitals Observable? - HYLE-
... other fields (Ostrovsky 2005, p. 111). In the case of orbitals, hydrogenic orbitals are not even the exact states of the electron in the hydrogen atom, for they are based on a model in which relativistic effects among other things are neglected. The approximation applied in many-electron systems is ...
... other fields (Ostrovsky 2005, p. 111). In the case of orbitals, hydrogenic orbitals are not even the exact states of the electron in the hydrogen atom, for they are based on a model in which relativistic effects among other things are neglected. The approximation applied in many-electron systems is ...
Quantum gases in optical lattices
... superposition of the two internal states the depth of the optical lattice. One (represented by red and blue). Spin-dependent Meanwhile, William Phillips and coremarkable aspect about this phase potentials are then used to “split” each atom such workers at NIST in Gaithersburg, US, transition is that ...
... superposition of the two internal states the depth of the optical lattice. One (represented by red and blue). Spin-dependent Meanwhile, William Phillips and coremarkable aspect about this phase potentials are then used to “split” each atom such workers at NIST in Gaithersburg, US, transition is that ...
An edge index for the Quantum Spin-Hall effect
... of a certain observable is quantized and that the quantization is described by the index of a Fredholm operator, which is our new topological invariant. We show that this invariant takes the same values as the bulk invariant of Ref. [5]. As it is well known [1, 2, 3, 5], the spin edge current is not ...
... of a certain observable is quantized and that the quantization is described by the index of a Fredholm operator, which is our new topological invariant. We show that this invariant takes the same values as the bulk invariant of Ref. [5]. As it is well known [1, 2, 3, 5], the spin edge current is not ...
Physicalism and the Part-Whole Relation
... not know whether or not the inventory of a completed fundamental physics contains e.g. mental properties we do not know how to argue for or against the plausibility of physicalism.2 My approach in this paper is to bypass this problem and to simply assume that a completed physics will be relevantly s ...
... not know whether or not the inventory of a completed fundamental physics contains e.g. mental properties we do not know how to argue for or against the plausibility of physicalism.2 My approach in this paper is to bypass this problem and to simply assume that a completed physics will be relevantly s ...
M. Shiga and W. Shinoda, heat capacity of water from quantum nuclear dynamics
... only for the liquid phase but also for the ice phase. However, it is hard to tell only from this result whether the RDF is improved when changing from classical simulation to quantum simulation. Thus, this kind of delicate argument in the RDF depends rather on the parametrization of the potential. N ...
... only for the liquid phase but also for the ice phase. However, it is hard to tell only from this result whether the RDF is improved when changing from classical simulation to quantum simulation. Thus, this kind of delicate argument in the RDF depends rather on the parametrization of the potential. N ...
Beyond the Physical Universe: Lectures on Modern
... This is similar to the conclusion of the first major theory of modern science, relativity. Of course, if “everything is relative” then counterintuition is relative as well. This means that the blanket statement that counter-intuition is anything that goes against common-sense is not accurate, becaus ...
... This is similar to the conclusion of the first major theory of modern science, relativity. Of course, if “everything is relative” then counterintuition is relative as well. This means that the blanket statement that counter-intuition is anything that goes against common-sense is not accurate, becaus ...
Microcanonical Ensemble
... Yes, even though we only discuss classical equilibrium statistical mechanics, a bare minimum of quantum mechanical concepts is required to fix some problems in classical mechanics. We can view this as another evidence that classical mechanics is really just an approximation and quantum mechanics is ...
... Yes, even though we only discuss classical equilibrium statistical mechanics, a bare minimum of quantum mechanical concepts is required to fix some problems in classical mechanics. We can view this as another evidence that classical mechanics is really just an approximation and quantum mechanics is ...
Highly doubly excited S states of the helium atom
... unstable for the 0 % 180' case (Ezra et a/ 1991, Richter and Winlgen 1991). In what follows we use the nomenclature ( N ,k ) , to identify a single state and ( N , k ) to specify a whole series. However, this classification is only unique in the limit n -+ 00 where perturbation theory can be applied ...
... unstable for the 0 % 180' case (Ezra et a/ 1991, Richter and Winlgen 1991). In what follows we use the nomenclature ( N ,k ) , to identify a single state and ( N , k ) to specify a whole series. However, this classification is only unique in the limit n -+ 00 where perturbation theory can be applied ...
Quantum optimal control theory applied to transitions in
... through the multitude of levels reveal quite interesting quantum phenomena. DOI: 10.1103/PhysRevA.90.063427 ...
... through the multitude of levels reveal quite interesting quantum phenomena. DOI: 10.1103/PhysRevA.90.063427 ...
A linear chain of interacting harmonic oscillators: solutions as a
... in fact elements of a gl(1|1) subalgebra. The eigenvalue problem is thus solved by considering the branching gl(1|n) → gl(1|1) ⊕ gl(n − 1), the multiplicity of the different eigenvalues being determined by the dimension of the various gl(n − 1) representations. The eigenvector problem is even harder ...
... in fact elements of a gl(1|1) subalgebra. The eigenvalue problem is thus solved by considering the branching gl(1|n) → gl(1|1) ⊕ gl(n − 1), the multiplicity of the different eigenvalues being determined by the dimension of the various gl(n − 1) representations. The eigenvector problem is even harder ...
Coherent State Path Integrals
... Therefore the path integral for a system of non-relativistic bosons (with chemical potential µ) has the same form os the path integral of the charged scalar field we discussed before except that the action is first order in time derivatives. th fact that the field is complex follows from the require ...
... Therefore the path integral for a system of non-relativistic bosons (with chemical potential µ) has the same form os the path integral of the charged scalar field we discussed before except that the action is first order in time derivatives. th fact that the field is complex follows from the require ...
QUANTUM STATES, ENTANGLEMENT and CLOSED TIMELIKE
... NATURE OF QUANTUM STATES WITH CTC ENTANGLEMENT IN CTC WORLD CLONING OF QUANTUM STATE WITH CTC ...
... NATURE OF QUANTUM STATES WITH CTC ENTANGLEMENT IN CTC WORLD CLONING OF QUANTUM STATE WITH CTC ...
Wallace-etalJAP2014-bias-dependence-and
... induced current at each spectral acquisition, building up a beam induced current image simultaneously with the CL hyperspectral image. We analyzed the hyperspectral data ...
... induced current at each spectral acquisition, building up a beam induced current image simultaneously with the CL hyperspectral image. We analyzed the hyperspectral data ...