Sentence examples for the expected quantum from inspiring English sources

For this choice of phase, we plot the expected quantum and classical interference patterns in Figure 7.

In this scenario, the expected quantum confinement effect could be masked by the influence of surface states and then the theoretical calculation should reconsider these states for the optical bandgap determination.

Here, we plot the expected quantum (solid black) vs. the corresponding classical interference visibility (blue, dashed) as a function of (phi _{0}) for a test particle of mass (m=10^{9}) amu, (T=100mbox{ s}), and (lambda_{g}=200mbox{ nm}) for the wavelength of the beam for the standing-wave grating.

Expected quantum (black, solid) and classical (blue, dashed) interference patterns.

This correlates well with expected quantum confinement effects as Si-ncs increase in size.

Because that is the way the universe is and we should not expect quantum mechanics alone to have to explain why certain initial conditions obtain and not others.

Although all but unusable as a real currency, it's good enough for what we need it to do and we also can expect quantum computing hardware to change the face of the oldest and most familiar cryptocurrency.

Therefore, in the case of an optimal geometry (i.e., observation from the side facet of the structure or from the top and using a diffraction grating deposited on the n+ layer), the expected external quantum yield of the THz emission should be higher by some times.

In the limit of both very high Q and very strong nonlinearity, we expect quantum effects to become significant as entanglement can arise between the field modes of physically separated resonators.

Iain Woolward, Nanoco's chief executive, expects quantum dots to be used next year to make multicolored atomic-scale labels for security applications and for sensing hydrogen flows in fuel cells.

Further, because the gravitational force grows without bound as one nears a standard black hole singularity, one would expect quantum gravitational effects (which should come into play at extremely high energies) to manifest themselves in black holes.