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= Daniel Walls = | = Daniel Walls = | ||
+ | {{pright|''We wish to suggest a scheme which exhibits reduced quantum fluctuations and which should be observable with current experimental techniques. The scheme we refer to is resonance fluorescence from a two-level atom. This classic system has already been the source of one of the major triumphs of quantum optics—the observation of photon antibunching.''<br>Reporting with [[Zoller]] squeezing in resonance fluorescence{{cite|walls81a}}.}} | ||
'''''Daniel Frank Walls FRSNZ''''' was a [[quantum optics]] theorist, PhD student of [[Roy Glauber]] and PhD advisor of [[Howard Carmichael]], with whom he developed the master equation models for many important problems. | '''''Daniel Frank Walls FRSNZ''''' was a [[quantum optics]] theorist, PhD student of [[Roy Glauber]] and PhD advisor of [[Howard Carmichael]], with whom he developed the master equation models for many important problems. | ||
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* https://www.nature.com/articles/280451a0 {{walls79a}}. | * https://www.nature.com/articles/280451a0 {{walls79a}}. | ||
− | == | + | == Links == |
* [https://royalsocietypublishing.org/doi/10.1098/rsbm.2014.0019 Royal Society's obituary] with interesting information on the early theory of quantum optics, in particular antibunching in resonance fluorescence and Squeezed states' original (and better) name from Horace Yuen of two-photon coherent states (Yuen 1976) later rechristened by Caves. | * [https://royalsocietypublishing.org/doi/10.1098/rsbm.2014.0019 Royal Society's obituary] with interesting information on the early theory of quantum optics, in particular antibunching in resonance fluorescence and Squeezed states' original (and better) name from Horace Yuen of two-photon coherent states (Yuen 1976) later rechristened by Caves. | ||
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+ | == References == | ||
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+ | <references /> |
Contents |
We wish to suggest a scheme which exhibits reduced quantum fluctuations and which should be observable with current experimental techniques. The scheme we refer to is resonance fluorescence from a two-level atom. This classic system has already been the source of one of the major triumphs of quantum optics—the observation of photon antibunching.
Reporting with Zoller squeezing in resonance fluorescence[1].
Daniel Frank Walls FRSNZ was a quantum optics theorist, PhD student of Roy Glauber and PhD advisor of Howard Carmichael, with whom he developed the master equation models for many important problems.