Sentence examples for quantum account from inspiring English sources

Despite the statistical agreement of results in this limit, the physics behind the meanings of 'frequency' and 'intensity,' for example, remains different, and Bohr is insistent that it is the quantum account that is the strictly correct one even in this high n or "classical" limit.

Quantum accounts allow for additional speculation regarding origins and structures of universes.

This tension between the quantum mechanical account of molecules and more familiar chemical ones, might be resolved in several ways.

A variety of multistage subatomic and quantum processes account for the transfer of energy between two interacting objects.

However, unlike the Framework's statement acknowledging that physical processes underlie biological processes, there is no analogous statement in physics; the Framework does not claim, for example, that A variety of multistage subatomic and quantum processes account for the transfer of energy between two interacting objects.

The first attempt to introduce quantum theory to account for the structure of atoms was made by the Danish physicist Niels Bohr in 1913.

Based on these fundamental constants, the numerical predictions of quantum mechanics can account for most of the observed properties of different atoms.

In 1925 Samuel Abraham Goudsmit and George Eugene Uhlenbeck, two graduate students in physics at the University of Leiden in the Netherlands, added a quantum number to account for the division of some spectral lines into more subsidiary lines than can be explained with the original quantum numbers.

Quantum probability takes account of all this "fuzziness" in its (highly complex) calculations.For example, a central principle of quantum theory is superposition: the idea that any physical system simultaneously exists in all its potential states until it is measured at which point it assumes just one of them.

Their concern is whether quantum mechanics can account for the behavior of chaotic classical systems.

It is interesting to study superpositions of two different quantum states on account of their widely acknowledged nonclassical properties.