Measurement Models for Quantum Zeno and anti
... techniques. Nevertheless, the full understanding of quantum-mechanical measurements has not been achieved as yet. The collapse of the wave function refers only to an ideal measurement, which is instantaneous and arbitrarily accurate. Real measurements are represented by the projection postulate only ...
... techniques. Nevertheless, the full understanding of quantum-mechanical measurements has not been achieved as yet. The collapse of the wave function refers only to an ideal measurement, which is instantaneous and arbitrarily accurate. Real measurements are represented by the projection postulate only ...
Theoretical study of solitonic excitations in Bose
... This effect was predicted in 1924, but the experimental observation has been carried out only in 1995 and extensive theoretical study of such systems started and diversified from that time. The great interest can be explained by the fact that the study of Bose-Einstein condensates (BEC) extends our ...
... This effect was predicted in 1924, but the experimental observation has been carried out only in 1995 and extensive theoretical study of such systems started and diversified from that time. The great interest can be explained by the fact that the study of Bose-Einstein condensates (BEC) extends our ...
NUCLEAR MAGNETIC RESONANCE QUANTUM COMPUTATION
... used in conventional NMR [2, 6, 9–11]. Although ultimately based on traditional treatments of spin physics this notation differs from the usual physics notation in a number of subtle ways. ...
... used in conventional NMR [2, 6, 9–11]. Although ultimately based on traditional treatments of spin physics this notation differs from the usual physics notation in a number of subtle ways. ...
Recent Advances in Development and Applications of the Mixed
... least in collision regimes where the full-quantum approach is not affordable anymore, whereas the purely classical approach is not accurate. Pictorially, our approach can be “positioned” between the purely classical and the full-quantum methods discussed above, because it combines both classical and ...
... least in collision regimes where the full-quantum approach is not affordable anymore, whereas the purely classical approach is not accurate. Pictorially, our approach can be “positioned” between the purely classical and the full-quantum methods discussed above, because it combines both classical and ...
Boundary conditions for integrable quantum systems
... boundary conditions. As regards the systems on the finite interval with independent boundary conditions on each end, only a few cases solved either by the coordinate Bethe ansatz or directly are described in the literature. These are the Bose (Gaudin 1971, 1983) and Fermi gases (Woynarovich 1985), t ...
... boundary conditions. As regards the systems on the finite interval with independent boundary conditions on each end, only a few cases solved either by the coordinate Bethe ansatz or directly are described in the literature. These are the Bose (Gaudin 1971, 1983) and Fermi gases (Woynarovich 1985), t ...
Inner-shell excitation of open-shell atoms - Shih
... has been proposed and successfully applied to ground-state calculations of atomic and molecular systems [7]. In this X-only DFT, the exchange potential in the KS equation is a LHF exchange potential derived under the assumption that the X-only KS determinant is equal to the Hartree–Fock (HF) determi ...
... has been proposed and successfully applied to ground-state calculations of atomic and molecular systems [7]. In this X-only DFT, the exchange potential in the KS equation is a LHF exchange potential derived under the assumption that the X-only KS determinant is equal to the Hartree–Fock (HF) determi ...
Word - The Open University
... mechanics. In cases where the probability distributions are independent of time, a stationary-state approach can be used. In other cases, where probabilities are timedependent and motion is really taking place, a wave-packet approach can be used. The two approaches are related but different. In many ...
... mechanics. In cases where the probability distributions are independent of time, a stationary-state approach can be used. In other cases, where probabilities are timedependent and motion is really taking place, a wave-packet approach can be used. The two approaches are related but different. In many ...