Sentence examples for the original quantum from inspiring English sources
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.
The sum of the two offspring photons has to equal the original quantum state.
Susskind and Maldacena note that in both papers, the original quantum particles reside in a space without gravity.
In general, the measurement of a quantum object can yield a range of possible outcomes, so that the original quantum state must be regarded as indefinite.
When the photon was absorbed by atom B, the original quantum information from the first atom was transferred to the second.
Next we develop the original quantum field-theoretical description of plasmons in Dirac electron gas in Section 3 and apply it further to study their properties.
In the aspect of fluorescent brightness, AMP-QDs preserved high fluorescent brightness (showing almost identical PL efficiencies to that of the original oil quantum dots) (Fig. 2b).
Finally, as the implementation of Shor's algorithm on a large scale quantum computer seems still beyond our reach, quantum information scientists turn to the original goal of using quantum computers to simulate quantum systems.
That light induces other excited atoms to radiate photons in the same direction as the original and in quantum lockstep with one another the hallmark of laser light.
It is mentioned in the original publication that quantum-mechanical calculations on the molecule in vacuum had indeed favoured the geometry consistent with our solid-state calculations and contradicting the published structure.
The original conception of a quantum simulator [1] as a device that implements an involved quantum dynamics in a more amenable quantum system has given rise to a wealth of experiments in a wide variety of quantum platforms such as cold atoms, trapped ions, superconducting circuits and photonics networks [2 5].
