Sentence examples for quantum preparation from inspiring English sources

The discussion of quantum preparation and measurement found in section 7 below will show how principles of quantum reasoning apply to measurements, a topic that has given rise to a lot of confusion.

In any case there is no need to set $\ket{w^j}$ equal to $\ket{s^j}$inn order to discuss quantum measurements, and a better way of viewing the family $\FC_p $in \eqref{eqn27} is as a model of a quantum preparation process in which the macroscopic pointer position tells one the future rather than the past state of the particle.

Also, dissipative quantum state preparation of arbitrary single qubit states and of all two-qubit Bell-states is demonstrated.

The obtained results are of great importance for further studies on bandgap engineering of ZnO, for color-tunable LED applications and for quantum well preparation.

We then turn to the digital simulation of dissipative many-body dynamics, pointing out a route for the general quantum state preparation in complex spin models, and discuss a recent experiment demonstrating the basic building blocks of a full-fledged open-system quantum simulator.

The preparation of quantum dots is very simple, fast and economical.

Finally, while wave function collapse is a legitimate calculational procedure when describing a preparation in quantum mechanical terms, it amounts to nothing more than a convenient way of calculating conditional probabilities useful in the quantum description of a preparation.

In particular, nanodots, defined as one-dimensional nanostructures, are widely utilized in the fields of high-density storage and preparation of quantum dots [1].

In our experiment, the capillary micro-reaction which was previously applied in the preparation of quantum dots was used to synthesize of Au-Ag NPs[25 28].

As described in Section 6.4, the preparation of quantum states in MAQRO requires cooling the center-of-mass motion of optically trapped test particles close to the quantum ground state.

Here we analyze the effect of two relevant aspects related to cell preparation on quantum dot sensitized solar cells (QDSCs) performance: the architecture of the TiO2 nanostructured electrode and the growth method of quantum dots (QD).