Sentence examples for quantum resource from inspiring English sources

A purely quantum resource - entanglement - is thus introduced, enhancing the probability of a successful identification of the encoded bit.3 This model has been later extended to the use of error correcting codes, thus defining the notion of quantum reading capacity [30] also studied in the presence of various optical limitations [31].

The experimental realization of increasingly complex synthetic quantum systems calls for the development of general theoretical methods to validate and fully exploit quantum resources.

The field of quantum metrology can be described as using quantum resources to enhance measurement precision beyond that achievable with purely classical resources.

We thus need to employ techniques from the field of quantum metrology, which aims at exploiting quantum resources, such as entanglement, to estimate physical parameters [4].

By using intra-cavity light as the probe we obtain finer precision than has been achieved with the equivalent quantum resources in free-space.

Their merit, however, lies in the foundational lessons they drive home: with these models the separation between the classical part (i.e., the calculation of the next measurement-basis) and the quantum parts (i.e., the measurement and the entangled states) of the computation becomes evident, hence it may be easier to pinpoint the quantum resources that are responsible for the putative "speed-up".

Our results indicate that, when there exists some uncertainty in the states produced by the source (and, consequently, the possibility of preparing a specific entangled signal state is highly diminished), alternative quantum resources - namely, collective measurements - still enhance the reading of classical information using uncorrelated, classical coherent light.

Perhaps theirs is an "inside-out" world, where you take a given quantum of resources and use it to achieve the greatest possible impact.

In order to rationally employ the quantum entanglement resources, the controller shares the entangled state with every sender, while there is no directly shared entanglement link between sender and receiver.

The routing decision is based on the quantum of resources available in a node's vicinity.

To put this quantum of resources into perspective, it exceeds the total annual staff costs at the Walter and Eliza Hall Institute (WEHI 2012, AU$61.6 million), one of Australia's major medical research institutes which produced 284 peer-reviewed publications in 2012.