Sentence examples for quantum conditions from inspiring English sources

An important advantage of Schrödinger's theory is that no further arbitrary quantum conditions need be postulated.

"But these are highly quantum conditions, and there's ambiguity about what space-time even is, let alone whether there is a definite region that can be marked as an event horizon".

For an excellent historical review of Bohr's work on the old quantum theory, including a discussion of Bohr's quantum conditions, see Darrigol (1992), Chapters V and VI. 3. A Fourier series, recall, is a way of representing a function F x) in terms of a weighted sum of sinusoidal components (e.g., sines and cosines).

Further compression is limited by a quantum condition called degeneracy (see degenerate gas), in which only certain energies are allowed for the electrons in the star's interior.

2. This familiar way of expressing the quantum condition does not appear in Bohr (1913).

Two particles that have never interacted with each other can be forced to become "entangled --a pentangled --aum condition that inentangled --ads peculiars so that nothing can be said about either particle individually.

Decoherence in the sense of this abstract formalism is thus defined simply by the condition that (quantum) probabilities for wave components at a later time may be calculated from (quantum) probabilities for wave components at an earlier time and (quantum) conditional probabilities according to the standard classical formula, i.e. as if the wave had collapsed.

This condition is called the quantum cutoff condition and has been satisfied in most experiments [5, 9, 10].

Amazingly, he was also able to show that, as long as the statistical distribution of initial positions and velocities of particles are chosen so as to meet a "quantum equilibrium" condition, his theory is empirically equivalent to standard Copenhagen QM.

Here we note again the lack of a requirement for a classical interpretation of f : it may be generated by an entirely quantum initial condition.

And in these conditions, quantum coherence suddenly changes from the fragile, blink-and-you-miss-it regime to a much more robust long-lived phenomenon.