Titlebook: Experimental Aspects of Quantum Computing; Henry O. Everitt (Senior Research Scientist) Book 2005 Springer-Verlag US 2005 Cavity-QED.NMR q

notion

https://doi.org/10.1007/978-3-319-16652-0bits can be measured with high precision. Then, we propose new experiments, where the spin decoherence time and the Rabi oscillations of single electrons can be measured via charge transport through quantum dots. Finally, all these achievements have promising applications both in conventional and quantum information processing.

Explicate

Controlling Spin Qubits in Quantum Dotsbits can be measured with high precision. Then, we propose new experiments, where the spin decoherence time and the Rabi oscillations of single electrons can be measured via charge transport through quantum dots. Finally, all these achievements have promising applications both in conventional and quantum information processing.

鬼魂

One-Dimensional Continuous-Time Quantum Walksthe Laplace transform on the stochastic recurrences. The resulting time evolution equations, classical vs. quantum, are strikingly similar in form, although dissimilar in behavior. We also provide comparisons with analyses performed using spectral methods.

Saline

The dolbeault and Riemann-roch theorems,perimental demonstrations of basic quantum logic operations. A scheme for a scalable quantum computer based on optical control of electron spins localized in quantum dots is described in detail. Important lessons as well as challenges for future research are summarized.

Ambiguous

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暴露他抗議

faultfinder

托運(yùn)

招惹

Towards Scalable Linear-Optical Quantum Computerse non-linearities produced by projective measurements, and with this work linear-optical quantum computing becomes a new avenue towards scalable quantum computation. We review several issues concerning the principles and requirements of this scheme.