Entanglement in many body quantum systems Arnau Riera Graells
... estat serà l’objectiu de les propostes de simulació que presentarem posteriorment. L’FQHE consisteix en l’efecte de conductivitats transverses fraccionàries que mostra un gas d’electrons en dues dimensions per alguns valors particulars del camp magnètic transvers [10]. El 1983, Laughlin va proposar ...
... estat serà l’objectiu de les propostes de simulació que presentarem posteriorment. L’FQHE consisteix en l’efecte de conductivitats transverses fraccionàries que mostra un gas d’electrons en dues dimensions per alguns valors particulars del camp magnètic transvers [10]. El 1983, Laughlin va proposar ...
11 Harmonic oscillator and angular momentum — via operator algebra
... 11 Harmonic oscillator and angular momentum — via operator algebra In Tillegg 3 and in 4.7 in Bransden & Joachain you will find a comprehensive wave-mechanical treatment of the harmonic oscillator. We shall now show that the energy spectrum (and the eigenstates) can be found more easily by the use o ...
... 11 Harmonic oscillator and angular momentum — via operator algebra In Tillegg 3 and in 4.7 in Bransden & Joachain you will find a comprehensive wave-mechanical treatment of the harmonic oscillator. We shall now show that the energy spectrum (and the eigenstates) can be found more easily by the use o ...
Entanglement in periodically driven quantum systems
... the stationary state of the corresponding undriven system? To develop a general understanding of these and the like issues, we elucidate the topic from different perspectives. In all our investigations, however, we always focus on the case of persistent entanglement in the long-term dynamics that is ...
... the stationary state of the corresponding undriven system? To develop a general understanding of these and the like issues, we elucidate the topic from different perspectives. In all our investigations, however, we always focus on the case of persistent entanglement in the long-term dynamics that is ...
Macroscopic Local Realism: How Do We Define It and Is It
... single particle. These variables are specified precisely. They represent the precise value for the result of a perfectly accurate measurement. Now in any real measurement there will be a limit to the accuracy to which the measurement can be performed, and the measured correlation between the particl ...
... single particle. These variables are specified precisely. They represent the precise value for the result of a perfectly accurate measurement. Now in any real measurement there will be a limit to the accuracy to which the measurement can be performed, and the measured correlation between the particl ...
Soliton in a Well. Dynamics and Tunneling. - KI-Net
... and is bounded. Then, if for all (x, t) ∈ [IX , IT ], ψ ̸= 0, then the hydrodynamic equations (20) and (21) for ρ, v have a unique solution identified with the corresponding NLS, via the relations ρ = |ψ|2 , ψ = |ψ|eıϕ , v = 2∂x ϕ. For a proof see [11]. The general problem of approximating the Schro ...
... and is bounded. Then, if for all (x, t) ∈ [IX , IT ], ψ ̸= 0, then the hydrodynamic equations (20) and (21) for ρ, v have a unique solution identified with the corresponding NLS, via the relations ρ = |ψ|2 , ψ = |ψ|eıϕ , v = 2∂x ϕ. For a proof see [11]. The general problem of approximating the Schro ...
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... distant vacuum chambers suspended with attenators of ambient vibrations of the type developed for interferometric gravitational wave detectors. The separation of the two optical halves seems to limit the sensitivity of their apparatus. The finesse is below 10^5 OSQAR at CERN: uses a LHC dipole magne ...
... distant vacuum chambers suspended with attenators of ambient vibrations of the type developed for interferometric gravitational wave detectors. The separation of the two optical halves seems to limit the sensitivity of their apparatus. The finesse is below 10^5 OSQAR at CERN: uses a LHC dipole magne ...
- Quantum Optics and Spectroscopy
... computer? In order to answer this question, one has to find a way to compare distinct models of computation. In a computer science context, an algorithm is called efficient, if the required resources, time and memory, scale polynomially with the system size. Thus, a computational model can be consid ...
... computer? In order to answer this question, one has to find a way to compare distinct models of computation. In a computer science context, an algorithm is called efficient, if the required resources, time and memory, scale polynomially with the system size. Thus, a computational model can be consid ...
