Stationary two-atom entanglement induced by nonclassical two
... involving noninteracting atoms strongly coupled to a cavity mode. The difficulty of the Dicke model is that it does not include the dipole–dipole interaction among the atoms and does not correspond to realistic experimental situations of atoms located (trapped) at different positions. In fact, the m ...
... involving noninteracting atoms strongly coupled to a cavity mode. The difficulty of the Dicke model is that it does not include the dipole–dipole interaction among the atoms and does not correspond to realistic experimental situations of atoms located (trapped) at different positions. In fact, the m ...
Microscopy of 2D Fermi Gases - Institut für Laserphysik
... low-dimensional phases. Well-known examples in one-dimensional (1D) geometry are the strongly correlated Tonks-Girardeau gas [30, 31] and the Luttinger liquid [32, 33]. The 2D geometry is special in the sense that it is known to exhibit distinct effects not encountered in three-dimensional (3D) and ...
... low-dimensional phases. Well-known examples in one-dimensional (1D) geometry are the strongly correlated Tonks-Girardeau gas [30, 31] and the Luttinger liquid [32, 33]. The 2D geometry is special in the sense that it is known to exhibit distinct effects not encountered in three-dimensional (3D) and ...
Manifestation and Origin of the Isotope Effect
... The present review consists of five part. First one is traditional introduction in subject of writing. The second part devotes to the short description of the ground of nature of isotope effect. With this aim the detail analysis of the neutron and proton structure and their mutual transformation in ...
... The present review consists of five part. First one is traditional introduction in subject of writing. The second part devotes to the short description of the ground of nature of isotope effect. With this aim the detail analysis of the neutron and proton structure and their mutual transformation in ...
Aalborg Universitet Quantum Organizational World-Making through Material Emobided Storytelling Practices
... the world is made passive and immutable, a static entity waiting for significance and to be completed by an external force like culture or history (Barad 2003: 821, Ingold 2012: 434-435). The practice turn is composed by many different traditions and is approached from many different philosophical o ...
... the world is made passive and immutable, a static entity waiting for significance and to be completed by an external force like culture or history (Barad 2003: 821, Ingold 2012: 434-435). The practice turn is composed by many different traditions and is approached from many different philosophical o ...
Fault-tolerant quantum repeater with atomic ensembles and linear
... atomic ensembles and the induced Stokes pulses are directed to the detectors. The time interval between neighboring write pulses is larger than the classical communication time. When there is a click on the detectors, the entanglement is generated and classical information is sent back to the commun ...
... atomic ensembles and the induced Stokes pulses are directed to the detectors. The time interval between neighboring write pulses is larger than the classical communication time. When there is a click on the detectors, the entanglement is generated and classical information is sent back to the commun ...
An experimental and theoretical guide to strongly interacting
... states, where one Rydberg excitation is shared by several atoms [42, 45, 46]. In this article we will focus on the many particle character of the collective states in an ensemble of ultracold atoms with extensions well larger than the blockade radius. A detailed understanding of the excitation dynam ...
... states, where one Rydberg excitation is shared by several atoms [42, 45, 46]. In this article we will focus on the many particle character of the collective states in an ensemble of ultracold atoms with extensions well larger than the blockade radius. A detailed understanding of the excitation dynam ...
M12/16
... seminorm L enjoying various properties. We start with the most minimal assumptions on L in this section and introduce the context of the rest of this paper. Notation 2.2. Let A be a C*-algebra. The smallest unital C*-algebra containing A, i.e. either A if A is unital, or its standard unitization A ⊕ ...
... seminorm L enjoying various properties. We start with the most minimal assumptions on L in this section and introduce the context of the rest of this paper. Notation 2.2. Let A be a C*-algebra. The smallest unital C*-algebra containing A, i.e. either A if A is unital, or its standard unitization A ⊕ ...
Investigating the Feasibility of Solving the Quadratic Assignment
... The quadratic assignment problem (QAP) is one of the problems that has been used to compare the D-Wave quantum computers against classical computers [33] [4] [39]. In 2013, a comparison by McGeoch and Wang found that the D-Wave Two platform performed better than the CPLEX software solver when solvin ...
... The quadratic assignment problem (QAP) is one of the problems that has been used to compare the D-Wave quantum computers against classical computers [33] [4] [39]. In 2013, a comparison by McGeoch and Wang found that the D-Wave Two platform performed better than the CPLEX software solver when solvin ...
Organometallic Synthesis and Spectroscopic Characterization of
... giant Faraday rotation effects near the band edge.5 The preparation of doped QDs should allow the study of the effects of threedimensional quantum confinement on well-known bulk DMS properties. A report by Awschalom and co-workers6 of changes in the magnetic behavior of thin CdMnTe films as the laye ...
... giant Faraday rotation effects near the band edge.5 The preparation of doped QDs should allow the study of the effects of threedimensional quantum confinement on well-known bulk DMS properties. A report by Awschalom and co-workers6 of changes in the magnetic behavior of thin CdMnTe films as the laye ...
Interference with correlated photons: Five quantum mechanics
... find adequate stability by using short pedestal mounts for the optics instead of posts with rod links. We mounted one of the mirrors on a translation stage to be able to adjust the difference between the path lengths of the interferometer’s arms to near zero, that is, the point where white-light fri ...
... find adequate stability by using short pedestal mounts for the optics instead of posts with rod links. We mounted one of the mirrors on a translation stage to be able to adjust the difference between the path lengths of the interferometer’s arms to near zero, that is, the point where white-light fri ...
Entanglement Theory and the Quantum
... Quantum mechanics led us to reconsider the scope of physics and its building principles, such as the notions of realism and locality. More recently, quantum theory has changed in an equally dramatic manner our understanding of information processing and computation. On one hand, the fundamental prop ...
... Quantum mechanics led us to reconsider the scope of physics and its building principles, such as the notions of realism and locality. More recently, quantum theory has changed in an equally dramatic manner our understanding of information processing and computation. On one hand, the fundamental prop ...
Classical & quantum dynamics of information
... entanglement properties of an exactly soluble many-body model which was studied in paper (E) of the publication list corresponding to the present Thesis. An alternative approach to the characterization of quantum correlations, based on perturbations under local measurements, is also briefly reviewed ...
... entanglement properties of an exactly soluble many-body model which was studied in paper (E) of the publication list corresponding to the present Thesis. An alternative approach to the characterization of quantum correlations, based on perturbations under local measurements, is also briefly reviewed ...
Electron-hole correlations in semiconductor quantum dots with tight-binding wave functions
... require a selection of specific atomic orbitals that cannot be explicitly related to the tight-binding parameters. Hence, a key question that we address in this work is how sensitive the calculated electron-hole properties are to specific choices of orbitals used to calculate the Coulomb matrix elem ...
... require a selection of specific atomic orbitals that cannot be explicitly related to the tight-binding parameters. Hence, a key question that we address in this work is how sensitive the calculated electron-hole properties are to specific choices of orbitals used to calculate the Coulomb matrix elem ...
Topological quantum memory
... storage of quantum information, rather than for reliable processing. The threshold for quantum computation is not as easy to analyze definitively, but we will argue that its numerical value is not likely to be substantially different. We believe that principles of fault tolerance will dictate the sh ...
... storage of quantum information, rather than for reliable processing. The threshold for quantum computation is not as easy to analyze definitively, but we will argue that its numerical value is not likely to be substantially different. We believe that principles of fault tolerance will dictate the sh ...
