Sentence examples for methods in quantum from inspiring English sources

Wallace (2011) and Fraser (2011) discuss what the successful application of renormalization methods in quantum statistical mechanics means for their role in QFT, reaching very different conclusions.

Dynasol is built on modern computational methods in quantum reaction dynamics and is integrated with graphical interface and visualization tools for X-window environment.

Many advanced computational techniques, for example, multiconfigurational methods in quantum chemistry [1], require intermediate steps, with verification and altering intermediate results to be reused in the following up calculations.

At Manchester he got to know the work of local chemists Geoffrey Gee and Sir Geoffrey Allen amongst others and over time he began to appreciate how the tools he had developed, notably the use of Feynmann diagrams and path integral methods familiar in quantum field theory, could actually be carried over to systems which exhibited large fluctuations, such as polymers.

In particular we describe the use of combined quantum mechanics/molecular mechanics (QM/MM) methods in classical and quantum simulations.

Using theoretical methods (like those in quantum chemistry), we generate comprehensive spectral information on molecules like water, carbon dioxide, methane.

The merit of this method in the quantum domain is that the eigenstates of an invariant operator are closely related with the Schrödinger solutions of the system.

The ground-state transition rate of polaron with strong electron-LO-phonon coupling was investigated by employing a Pekar' type variational method in a quantum rod (QR).

The electronic properties of the GNS are investigated with and without various concentrations of phosphorus impurities in the various sites by using the first-principles of the density functional theory (DFT) method, which realized in Quantum Espresso packages.

Using the symplectic method commonly applied in quantum mechanics and relativity, a new symplectic elasticity approach is developed for deriving exact analytical solutions to some basic problems in solid mechanics and elasticity which have long been bottlenecks in the history of elasticity.

We examine the challenge of performing accurate electronic structure calculations at high pressures by comparing the results of all-electron full potential linearized augmented-plane-wave calculations, as implemented in the WIEN2k code, with those of the projector augmented wave (PAW) method, as implemented in Quantum ESPRESSO or Abinit code.