Sentence examples for applications for quantum from inspiring English sources

His work focuses on unlocking everyday applications for quantum mechanics.

IBM sees applications for quantum computing in areas like medicine, drug discovery and materials science as this technology advances and becomes better understood.

However, to demonstrate the strength of the numerical schemes presented here and to show some possible applications for quantum computing, numerical results in 2-D are presented in the following.

While there are plenty of applications for quantum computing once it becomes a reality, quite a few experts are betting on chemical simulations as one of the first areas where developers will be able to reap the fruits of this new computing paradigm.

Composite thin film with semiconductor nanocrystals embedded in a matrix has a potential application for quantum dot solar cells [1].

Nanoscale semiconductor embedded in a wide-gap material has potential application for quantum dot solar cells due to tunableness for absorbing effective energy region in solar radiation spectrum and impact ionization for producing multiple electron hole pairs per photon [1].

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.

The applications of quantum dots for cell imaging and animal model studies can not only obtain insightful information for cancer detection but also for drug delivery and targeting (Chen and Sun 2008).

In this aspect, the nano-branched TiO2 arrays on FTO turned out to be more desirable than bare nanorod arrays for the applications of quantum dot-sensitized solar cells.

These nonlinear susceptibilities are important characteristics for photoemission or detection applications of quantum dots.

Finally, we discuss very recent advances that by combining linear and nonlinear optical devices allow to realize multiphoton entangled states of the electromagnetic field, either in discrete or in continuous variables, that are relevant for applications to efficient quantum computation, quantum teleportation, and related problems in quantum communication and information.