space quantization造句

例句与造句

1. Reduced phase space quantization constraints are solved first then quantized.
2. For this reason, the name " space quantization " fell out of favor, and the same phenomenon is now called the quantization of angular momentum.
3. This phenomenon, the quantization of angular momentum about an axis, was given the name " space quantization ", because it seemed incompatible with rotational invariance.
4. This was called " space quantization " for a while, but this term fell out of favor with the new quantum mechanics since no quantization of space is involved.
5. However it is not fully equivalent to the Dirac quantization as the ` clock-variables'must be taken to be classical in the reduced phase space quantization, as apposed to the case in the Dirac quantization.
6. It's difficult to find space quantization in a sentence. 用space quantization造句挺难的
7. However, with use of ideas involved in Dittrich's approximation scheme ( built on ideas of Rovelli ) a way to explicitly implement, at least in principle, a reduced phase space quantization was made viable.
8. Working with Otto Frisch on space quantization produced results that apparently did not agree with the current theory; but Isidor Isaac Rabi showed that theory and experiment were in agreement if the nuclear spin of potassium was + ?
9. Expectation values in phase-space quantization are obtained isomorphically to tracing operator observables with the density matrix in Hilbert space : they are obtained by phase-space integrals of observables such as the above with the Wigner quasi-probability distribution effectively serving as a measure.
10. However, with the fairly recent development of a systematic approximation scheme for calculating observables of General relativity ( for the first time ) by Bianca Dittrich, based on ideas introduced by Carlo Rovelli, a viable scheme for a reduced phase space quantization of Gravity has been developed by Thomas Thiemann.
11. In theories with constraints there is also the reduced phase space quantization where the constraints are solved at the classical level and the phase space variables of the reduced phase space are then promoted to quantum operators, however this approache was thought to be impossible in General relativity as it seemed to be equivalent to finding a general solution to the classical field equations.
12. This is the difficulty with relativistic invariance ( invariance with respect to Lorentz transformations ) and Heisenberg could not overcome it; a remarkable way of overcoming it has been found by Hambardzumyan and the young Cambridge mathematician Ursell . " Almost 80 years have passed since that time, but the problem of space quantization has still not been completely solved, although from time to time some researchers return to the topic, which confirms the ongoing timeliness of the problem.