Sentence examples for considering the quantum from inspiring English sources

Considering the quantum coherence within the nanostructure, we include the degrees of freedom of the nanostructure and a single tunneling electron and solve the Schrödinger equation for the many-body states to obtain the scattering matrix in the Fock space from which both the transmission of the electron and the variation of the states in nanostructure can be full quantum-mechanically calculated.

In this work, Raman spectra of the 2D band in enriched nanotube samples were measured using more than 70 laser excitation lines in the visible range (1.87 2.71 eV), and simulations of the D and 2D Raman spectra of single-chirality nanotubes were performed considering the quantum confinement along the nanotube circumference.

System (1 - 3) describes the interaction between Langmuir waves and ion-acoustic waves in a plasma considering the quantum effects [1 4].

The latter equation describes the interaction between high frequency Langmuir waves and low frequency ion-acoustic waves considering the quantum effects [4].

The computation was based on a simplified model by solving one-dimensional Schrödinger equation under envelope-function approximation without considering the quantum confinement of QDashes in the growth plane.

This paper studies the existence and blowup of solutions for the modified Klein-Gordon-Zakharov equations for plasmas with a quantum correction, which describe the interaction between high frequency Langmuir waves and low frequency ion-acoustic waves in a plasma considering the quantum effects.

We then consider extremal CFTs at large central charge, and consider the quantum corrections to the classical spectrum.

From a quantum mechanical point of view, an electrical carrier transport confinement in direction perpendicular to the cantilever surface can be expected and in this manner we have to consider the quantum size effect.

We consider the quantum processor based on a chain of trapped ions to propose an architecture wherein the motional degrees of freedom of trapped ions (position and momentum) could be exploited as the computational Hilbert space.

ISS' approach is also in line with Glass's Lewis' announced policy for the 2019 proxy season, under which Glass Lewis will consider the quantum (on an annualized basis), design and the company's rationale for granting such awards, as well as a firm commitment not to grant additional awards for a defined period.

The issue arises when we consider the quantum mechanical description of structural isomers, molecules with the same atoms, but with different molecular structures.