Sentence examples for further quantum from inspiring English sources

Dave Welch, Infinera's chief strategy officer, said new generations of Infinera's technology would deliver further quantum leaps in transmission speed.

Another area he is excited about from the combination of superconductivity and spintronics is the potential for using the technique to further quantum computing.

On the other hand, superlattice nanowires have even richer physical properties owing to further quantum confinement of electron motion along the wire direction.

Further quantum chemistry study of functional group interactions reveals that strongly polar functional groups can have self-interactions and form "dimers" in the polymer.

Further quantum simulation and functional validation support that the distinct binding energies with various anions to YnaIMet158 facilitate Na+/K+ pass through, which was defined as binding-block mechanism.

However, to determine the additive error resulting from exploiting the two-state model for solving mQCA circuits, further quantum chemical calculations on the mQCA clocked circuits composed of several molecules are required, which are extremely challenging at the time, and have not been addressed in this paper.

An important advantage of Schrödinger's theory is that no further arbitrary quantum conditions need be postulated.

Further, the quantum size effect can be observed from the measurement of photoluminescence spectra or absorption coefficients [12 14].

It is expected that a neck-width reducing process, such as utilizing a controlled oxygen plasma etch, could be utilized, which can lead to a substantially reduced neck width and associated interesting change in the degree of a bandgap opening, creating a further enhanced quantum confinement effect.

In this case, for further efficiency enhancement, quantum structures such as quantum well [4] and quantum dots (QDs) [5-14] are usually introduced to extend the absorption spectrum to lower energy photons, thus increasing the current density.

After the introduction of scanning tunneling microscopy, STM; and atomic force microscopy, AFM, stage is set for further extension of quantum wells, QWs, into three-dimensional structures, the quantum dots, QDs.