Sentence examples for effect of the quantum from inspiring English sources

The possibility of tuning the resonant energies by using the combined effect of the quantum confinement and dielectric mismatch between the dot and the surrounding medium can be useful in designing new optoelectronic devices.

Raman spectroscopy has been employed for almost 20 years to study carbon nanotubes, but the effect of the quantum confinement on the double-resonance (DR) Raman process in a single-chirality carbon nanotube was not yet understood.

The original Frensley inflow boundary condition prescribes the Wigner distribution function at the device boundary to be the semi-classical Fermi Dirac distribution for free electrons in the device contacts without considering the effect of the quantum interaction inside the quantum device.

Effect of the quantum confinement on Fano resonance is not studied yet and needs further studies to elucidate the behavior of Fano interaction as a function of Si NSs size and laser power density.

This behaviour is driven by the combined effects of the quantum confinement (QC) of the carriers and the quantum confined Stark effect (QCSE), which is influenced by the strain state of the stacked heterostructures [4, 8, 9].

For the quantum model, the kick of the electromagnetic field has the effect of mapping the quantum labels of state vectors that are initially close together to labels which do not necessarily ever come close again.

An electric Aharonov Bohm effect version of the quantum circuit is used to illustrate this implementation.

The basis for this summation is clearly the convergence of receptors on ganglion cells, the chemical effects of the quanta of light falling on individual rods being converted into electrical changes that converge on a single bipolar cell through its branching dendritic processes.

Although previous studies have shown that targeting of CdSe-ZnS to other type of cells does not change their cellular morphology and physiology [28], [43], [44], the physiological effect of the peptide-quantum dot conjugates on ES cells is unknown.

At this point, the blue shift is the total contribution of the BM effect, the quantum confinement effect, and the characteristic evolution of nanolaminates.

In practice, the only thing that brings the effect of magnetic, quantum levitation to an end is when the temperature of your material rises back up above that critical temperature.