| 词汇 | example_english_quantum-chaos |
| 释义 | quantum chaoscollocation in Englishmeanings of quantumand chaosThese words are often used together. Click on the links below to explore the meanings. Or, see other collocations with chaos. quantum noun[C] uk /ˈkwɒn.təm/ us /ˈkwɑːn.t̬əm/ the smallest amount or unit of something, ... See more at quantum chaos noun[U] uk /ˈkeɪ.ɒs/ us /ˈkeɪ.ɑːs/ a state of total confusion with ... See more at chaos Examples of quantum chaosThese examples are from corpora and from sources on the web. Any opinions in the examples do not represent the opinion of the Cambridge Dictionary editors or of Cambridge University Press or its licensors. Therefore, even in the regime of quantumchaos, the computer can be used reliably for some time, although it is eventually destroyed. Also, tools from the quantumchaos community have allowed us to understand certain types of errors that appear with quantum computers. A further confirmation of this link between entanglement and quantumchaos has been observed in many-body systems. Remarkably, entanglement and quantumchaos have been shown to be linked. First, we present several models of quantumchaos that can be simulated efficiently on a quantum computer. Finally, an important property of solid-state physics systems has a parallel in quantumchaos. An issue that has been investigated quite recently is quantumchaos. It will turn out that tools from quantumchaos can help to model the effect of internal errors. In some quantumchaos systems, a similar behaviour can be observed, termed dynamical localisation. Usually, the presence of a random interaction drives an initially integrable or localised system to such a quantumchaos regime. The dependence of this 'quantumchaos border' on system parameters is obviously of great interest. Furthermore, the tools of quantumchaos allows a direct analysis of the effects of static errors on quantum computers. In the regime of quantumchaos, the true eigenstates of (12) are no longer quantum register states, but have components in many of them. Finally, we consider the different resources used by quantum information, and show that quantum chaos has some precise consequences on entanglement generation, which becomes close to maximal. This would be compatible with so-called 'quantumchaos', which precisely corresponds to a chaotic classical limit. Quantumchaos phenomena have been seen to manifest themselves quite commonly in quantum many-body systems, especially when some disorder is present. Quantumchaos gives one answer to such questions. It is shown that quantumchaos algorithms can be used to explore the effect of errors on quantum algorithms, such as random unitary errors or dissipative errors. In this section we will look more closely at the production of entanglement and interference in quantum processes, pointing out the links, where they exist, with the quantumchaos concepts. Below the quantumchaos border, such an eigenstate is very close to one quantum register state, while above this border it is composed of a huge number of them. These examples are from corpora and from sources on the web. Any opinions in the examples do not represent the opinion of the Cambridge Dictionary editors or of Cambridge University Press or its licensors. Want to learn more? Go to the definition of quantum Go to the definition of chaos See other collocations with chaos |
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