FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W2773250882> ?p ?o ?g. }

• W2773250882 abstract "We study a generic cavity-QED system where a set of (artificial) two-level dipoles is coupled to the electric field of a single-mode LC resonator. This setup is used to derive a minimal quantum mechanical model for cavity QED, which accounts for both dipole-field and direct dipole-dipole interactions. The model is applicable for arbitrary coupling strengths and allows us to extend the usual Dicke model into the non-perturbative regime of QED, where the dipole-field interaction can be associated with an effective finestructure constant of order unity. In this regime, we identify three distinct classes of normal, superradiant and subradiant vacuum states and discuss their characteristic properties and the transitions between them. Our findings reconcile many of the previous, often contradictory predictions in this field and establish a common theoretical framework to describe ultrastrong coupling phenomena in a diverse range of cavity-QED platforms." @default.
• W2773250882 created "2017-12-22" @default.
• W2773250882 creator A5007557666 @default.
• W2773250882 creator A5025697592 @default.
• W2773250882 creator A5028082370 @default.
• W2773250882 date "2018-04-11" @default.
• W2773250882 modified "2023-10-12" @default.
• W2773250882 title "Cavity quantum electrodynamics in the nonperturbative regime" @default.
• W2773250882 cites W1483283145 @default.
• W2773250882 cites W1488085992 @default.
• W2773250882 cites W1489959446 @default.
• W2773250882 cites W1504649411 @default.
• W2773250882 cites W1542475302 @default.
• W2773250882 cites W1652418441 @default.
• W2773250882 cites W1968301881 @default.
• W2773250882 cites W1974454094 @default.
• W2773250882 cites W1978166514 @default.
• W2773250882 cites W1982962348 @default.
• W2773250882 cites W1988381917 @default.
• W2773250882 cites W1988567602 @default.
• W2773250882 cites W1988808284 @default.
• W2773250882 cites W1994863241 @default.
• W2773250882 cites W1995210604 @default.
• W2773250882 cites W2000842078 @default.
• W2773250882 cites W2003615618 @default.
• W2773250882 cites W2004246108 @default.
• W2773250882 cites W2005197992 @default.
• W2773250882 cites W2010055036 @default.
• W2773250882 cites W2015005267 @default.
• W2773250882 cites W2017154611 @default.
• W2773250882 cites W2030869755 @default.
• W2773250882 cites W2032608177 @default.
• W2773250882 cites W2033041772 @default.
• W2773250882 cites W2038675661 @default.
• W2773250882 cites W2041343077 @default.
• W2773250882 cites W2041781651 @default.
• W2773250882 cites W2041921807 @default.
• W2773250882 cites W2043174229 @default.
• W2773250882 cites W2047144733 @default.
• W2773250882 cites W2047485586 @default.
• W2773250882 cites W2048463654 @default.
• W2773250882 cites W2049992297 @default.
• W2773250882 cites W2051914691 @default.
• W2773250882 cites W2052548778 @default.
• W2773250882 cites W2054838521 @default.
• W2773250882 cites W2056576695 @default.
• W2773250882 cites W2057090058 @default.
• W2773250882 cites W2060904747 @default.
• W2773250882 cites W2063513958 @default.
• W2773250882 cites W2063790762 @default.
• W2773250882 cites W2067020189 @default.
• W2773250882 cites W2068163719 @default.
• W2773250882 cites W2076565431 @default.
• W2773250882 cites W2077858980 @default.
• W2773250882 cites W2080125084 @default.
• W2773250882 cites W2083555121 @default.
• W2773250882 cites W2084802573 @default.
• W2773250882 cites W2091755360 @default.
• W2773250882 cites W2094806051 @default.
• W2773250882 cites W2112451453 @default.
• W2773250882 cites W2113841487 @default.
• W2773250882 cites W2121627664 @default.
• W2773250882 cites W2130074705 @default.
• W2773250882 cites W2141742048 @default.
• W2773250882 cites W2145827305 @default.
• W2773250882 cites W2200146405 @default.
• W2773250882 cites W2226857920 @default.
• W2773250882 cites W2236525338 @default.
• W2773250882 cites W2259011212 @default.
• W2773250882 cites W2266203144 @default.
• W2773250882 cites W2267224454 @default.
• W2773250882 cites W2279499566 @default.
• W2773250882 cites W2330991411 @default.
• W2773250882 cites W2336887928 @default.
• W2773250882 cites W2337101822 @default.
• W2773250882 cites W2345324236 @default.
• W2773250882 cites W2412089867 @default.
• W2773250882 cites W2501697547 @default.
• W2773250882 cites W2505136320 @default.
• W2773250882 cites W2519893846 @default.
• W2773250882 cites W2526797698 @default.
• W2773250882 cites W2541254111 @default.
• W2773250882 cites W2607059530 @default.
• W2773250882 cites W2612059372 @default.
• W2773250882 cites W2695878761 @default.
• W2773250882 cites W2753887904 @default.
• W2773250882 cites W2762371453 @default.
• W2773250882 cites W2765533377 @default.
• W2773250882 cites W2768603848 @default.
• W2773250882 cites W2964233184 @default.
• W2773250882 cites W3101254256 @default.
• W2773250882 cites W3105032994 @default.
• W2773250882 cites W3105120513 @default.
• W2773250882 cites W4246962256 @default.
• W2773250882 cites W761634941 @default.
• W2773250882 doi "https://doi.org/10.1103/physreva.97.043820" @default.
• W2773250882 hasPublicationYear "2018" @default.
• W2773250882 type Work @default.
• W2773250882 sameAs 2773250882 @default.
• W2773250882 citedByCount "96" @default.

• next