Sentence examples for Consistent quantum from inspiring English sources

These conjectures put strong constraints on inflaton potentials that can appear in a consistent quantum theory of gravity.

String theory provides a framework to unify everything we know about nature, including all particles and the forces between them, in a consistent quantum theory.

For example, it was shown by Birkhoff and von Neumann in 1936 that a mathematically consistent quantum theory can be constructed using only real numbers36, but such a theory cannot correctly predict the results of certain experiments.

With Pauli he developed, in 1934, the first consistent quantum theory predicting the existence of charged sub-atomic particles with zero spin (bosons), which, like electrons and positrons, he showed would be mutually annihilating.

Numerical results show mostly consistent quantum transport characteristics of the DG-MOSFET using both methods, though with higher transport current for the Wigner equation method, and also provide the current voltage (I V) curve dependence on various physical parameters such as the gate voltage and the oxide thickness.

A universal theory of physics thus requires a consistent quantum theory of gravity.

Supersymmetry is an essential feature of supergravity, the quantum field theory of the gravitational force, and of string theory, an ambitious attempt to provide a self-consistent quantum theory unifying all particles and forces in nature.

Witten proposed that the existing superstring theories are actually limits of a more-general underlying 11-dimensional "M-theory" that offers the promise of a self-consistent quantum treatment of all particles and forces.

The linear scaling MD algorithms encompass a wide spectrum of physical reality: (i) classical MD based on a many-body interatomic potential model; (ii) environment-dependent, variable-charge MD; (iii) quantum mechanical MD based on the tight-binding method; and (iv) self-consistent quantum MD based on the density functional theory.

This code is mainly designed to be used with the TRIQS library in order to solve the self-consistent quantum impurity problem in a multi-orbital dynamical mean field theory approach to strongly-correlated electrons, in particular in the context of realistic electronic structure calculations.

The present work is devoted to the detailed study of graphene nanoribbon systems by means of self-consistent quantum transport calculations.