Sentence examples for correspondence rule from inspiring English sources

Using ASBC and the above correspondence rule, we obtain a neural tree.

This fact gives a correspondence rule that allows to transform mathematical approximants based on piecewise affine functions, into neural networks.

The guiding principle behind Bohr's and later Heisenberg's work in the development of a consistent theory of atoms was the correspondence rule.

First, we define h : [ 0, 1 ] → R by the correspondence rule h ( t ) = − r t ln t for t > 0 and h ( 0 ) = 0.

In contrast to their philosophical claims of meaning gaps and partial lack of rationality in the choice between incommensurable theories, Bohr believed not just retrospectively that quantum mechanics was a natural generalization of classical physics, but he and Heisenberg followed in practice the requirements of the correspondence rule.

The correspondence rule was a heuristic principle meant to make sure that in areas where the influence of Planck's constant could be neglected the numerical values predicted by such a theory should be the same as if they were predicted by classical radiation theory.

The latter, variously characterized as "correspondence rules" or "coordinating definitions," relate the theoretical and observational vocabularies, and it is through them that theoretical terms acquire what meaning they have.

According to one school, the theoretical terms are "partially interpreted" by the correspondence rules, so, for example, if one such rule is that an electron produces a particular kind of track in a cloud chamber, then many possibilities for the meaning of the previously unfamiliar term electron are ruled out.

Correspondence rules unleash the reducing theory's epistemic power.

Correspondence rules attach to the content of observational sentences.

Instead, scientific theories require observational interpretation through correspondence rules.