Sentence examples for models and quantum from inspiring English sources
In the general field of quantum information and computation, quantum walks are playing an increasingly important role in constructing physical models and quantum algorithms.
Current approaches to modeling hydrogen bonds include knowledge‐based descriptions based on surveys of hydrogen bond geometries in structural databases of proteins and small molecules, empirical molecular mechanics models, and quantum mechanics‐based electronic structure calculations.
This theory represents a powerful tool for applications to economics, population models, and quantum physics among others.
Fig. 2 for the action of the ring-exchange interaction in lattice gauge theories, quantum dimer models, and quantum link models].
The Oak Ridge computer scientists have faced similar software challenges from the laboratory's work in such fields as climate modeling and quantum mechanics.
Energy levels of the hydrogen atom, according to Bohr's model and quantum mechanics using the Schrödinger equation and the Dirac equation.
Attempts of describing metal/solution interfaces on the basis of cluster model and quantum chemical methods of different levels, made during the past decade, are surveyed and critically discussed.
In addition, to describe and go insight to the metal ligand interactions present in the nano-Fe3O4@AOFC/Pd (II) composite, covalent and electrostatic interactions, density functional theory (DFT) model and quantum theory of atoms in molecule method were employed.
In addition, to describe the metal-ligand interactions present in the nano-composite, covalent and electrostatic interactions, density functional theory model and quantum theory of atoms in molecule method were employed.
Finally, recent development of the computational modeling and quantum mechanical calculations on alkanes activation and their transformations over zeolites are discussed with respect to the role of acid sites in the isomerization.
Albert Einstein's theories describe gravity and the behavior of large objects as precisely as the standard model and quantum mechanics describe particles.
