Sentence examples for quantum reasoning from inspiring English sources

No it does not, and understanding why it does not will expose an important principle of quantum reasoning.

It provides a guide for quantum reasoning that prevents one from falling into paradoxes; conversely, most quantum paradoxes are constructed by violating the single framework rule in some way.

The discussion of quantum preparation and measurement found in section 7 below will show how principles of quantum reasoning apply to measurements, a topic that has given rise to a lot of confusion.

By showing that a molecular structure is stable, the quantum chemist is reasoning that this structure was to be expected given the underlying physics.

22.5 of Griffiths (2002a), consists in applying the single framework rule: a contradiction can only be reached by violating quantum rules of reasoning.

For more information about these topics, the reader can consult Gerla (1994), Vennekens et al. (2009), Hájek and Hartmann (2010), Hartmann and Sprenger (2010) and the entries on "Formal Representations of Belief", "Bayesian Epistemology", "Defeasible Reasoning", "Quantum Logic and Probability Theory", and "Fuzzy Logic" of this encyclopedia.

Zheng Wang, one of the Ohio State researchers, notes that this level of "exactness" is almost never found in social-science research.Why do people appear to follow quantum rules in their reasoning?

The point is that probabilistic reasoning, in quantum mechanics or in other disciplines, does not allow one to make inferences about matters which are outside the scope of discussion, i.e., which are not contained in the event algebra.

Bojowald's model is based on a new and developing line of theoretical reasoning called Loop Quantum Gravity, which attempts to reconcile Einstein's theory with quantum mechanics.

To help reasoning about the correctness of quantum programs, we extend the proof rules presented by Morgan for classical probabilistic loops to quantum loops.

Human reasoning, they suggested, obeys the more convoluted laws of quantum rather than classical probability.