Matches in SemOpenAlex for { <https://semopenalex.org/work/W1966278380> ?p ?o ?g. }
- W1966278380 endingPage "197" @default.
- W1966278380 startingPage "85" @default.
- W1966278380 abstract "Atoms commonly do not act as isolated objects, but rather are open quantum systems, as they interact with the environment. Typically, this environment is formed by the electromagnetic vacuum field. The interaction of atoms with the environment modifies the atomic dynamics, with spontaneous emission as the most obvious example. Spontaneous emission is generally recognized as incoherent process, which leads to decoherence and, therefore, forms a major limitation for many schemes of current theoretical and experimental interest. But vacuum-induced processes can also generate coherent time evolution. These coherences can be interpreted as arising from vacuum-induced transitions between different atomic states. The situation becomes even more interesting if different atoms can exchange energy via the vacuum. Such dipole–dipole interactions induce both coherent and incoherent atomic dynamics, leading to significant deviations from the single-atom properties. Finally, a complex interplay of vacuum-induced interatomic and intraatomic dynamics may arise if several multilevel atoms are considered. These vacuum-induced processes form the basis for a large number of applications, for which the vacuum-induced dynamics can be favorable, perturbing, or even both. Most applications can be improved, if the vacuum-induced processes can be modified or even controlled. Thus, a profound understanding of vacuum-induced processes is desirable. Motivated by this, this chapter discusses vacuum-induced processes in multilevel atoms." @default.
- W1966278380 created "2016-06-24" @default.
- W1966278380 creator A5017546223 @default.
- W1966278380 creator A5042898341 @default.
- W1966278380 creator A5063103651 @default.
- W1966278380 creator A5089648617 @default.
- W1966278380 date "2010-01-01" @default.
- W1966278380 modified "2023-09-23" @default.
- W1966278380 title "Vacuum-Induced Processes in Multilevel Atoms" @default.
- W1966278380 cites W111832984 @default.
- W1966278380 cites W1530671852 @default.
- W1966278380 cites W1533328589 @default.
- W1966278380 cites W1537616836 @default.
- W1966278380 cites W1537759652 @default.
- W1966278380 cites W1963779245 @default.
- W1966278380 cites W1964556145 @default.
- W1966278380 cites W1964955659 @default.
- W1966278380 cites W1965130025 @default.
- W1966278380 cites W1965293323 @default.
- W1966278380 cites W1965376006 @default.
- W1966278380 cites W1965398986 @default.
- W1966278380 cites W1966273791 @default.
- W1966278380 cites W1966403784 @default.
- W1966278380 cites W1966527597 @default.
- W1966278380 cites W1967439869 @default.
- W1966278380 cites W1967707527 @default.
- W1966278380 cites W1968647131 @default.
- W1966278380 cites W1968968739 @default.
- W1966278380 cites W1969405672 @default.
- W1966278380 cites W1970617057 @default.
- W1966278380 cites W1972046423 @default.
- W1966278380 cites W1972228765 @default.
- W1966278380 cites W1972845527 @default.
- W1966278380 cites W1973123386 @default.
- W1966278380 cites W1973692387 @default.
- W1966278380 cites W1974676856 @default.
- W1966278380 cites W1974755073 @default.
- W1966278380 cites W1975131717 @default.
- W1966278380 cites W1975448072 @default.
- W1966278380 cites W1975538556 @default.
- W1966278380 cites W1976360317 @default.
- W1966278380 cites W1976378516 @default.
- W1966278380 cites W1977007157 @default.
- W1966278380 cites W1977980400 @default.
- W1966278380 cites W1979736426 @default.
- W1966278380 cites W1980032219 @default.
- W1966278380 cites W1981553913 @default.
- W1966278380 cites W1981747139 @default.
- W1966278380 cites W1981871760 @default.
- W1966278380 cites W1982393634 @default.
- W1966278380 cites W1983362646 @default.
- W1966278380 cites W1984130980 @default.
- W1966278380 cites W1984642572 @default.
- W1966278380 cites W1984711907 @default.
- W1966278380 cites W1984812321 @default.
- W1966278380 cites W1985480651 @default.
- W1966278380 cites W1986463063 @default.
- W1966278380 cites W1986821407 @default.
- W1966278380 cites W1987496599 @default.
- W1966278380 cites W1987497079 @default.
- W1966278380 cites W1987648505 @default.
- W1966278380 cites W1988488312 @default.
- W1966278380 cites W1988562316 @default.
- W1966278380 cites W1989886256 @default.
- W1966278380 cites W1989907130 @default.
- W1966278380 cites W1989930687 @default.
- W1966278380 cites W1989990132 @default.
- W1966278380 cites W1990436096 @default.
- W1966278380 cites W1990545251 @default.
- W1966278380 cites W1991254038 @default.
- W1966278380 cites W1992229145 @default.
- W1966278380 cites W1992821077 @default.
- W1966278380 cites W1993754092 @default.
- W1966278380 cites W1994189578 @default.
- W1966278380 cites W1994327072 @default.
- W1966278380 cites W1994822178 @default.
- W1966278380 cites W1994824109 @default.
- W1966278380 cites W1995433830 @default.
- W1966278380 cites W1996198921 @default.
- W1966278380 cites W1996683747 @default.
- W1966278380 cites W1996775112 @default.
- W1966278380 cites W1997006481 @default.
- W1966278380 cites W1998823361 @default.
- W1966278380 cites W1998891498 @default.
- W1966278380 cites W1999663818 @default.
- W1966278380 cites W2000186729 @default.
- W1966278380 cites W2000769241 @default.
- W1966278380 cites W2000888785 @default.
- W1966278380 cites W2001516795 @default.
- W1966278380 cites W2001940829 @default.
- W1966278380 cites W2002662796 @default.
- W1966278380 cites W2003127086 @default.
- W1966278380 cites W2003201092 @default.
- W1966278380 cites W2003797093 @default.
- W1966278380 cites W2004092534 @default.
- W1966278380 cites W2005543521 @default.
- W1966278380 cites W2005853036 @default.
- W1966278380 cites W2006672708 @default.