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- W3215676926 abstract "Multidimensional coherent spectroscopy (MDCS) is used to separate coherent and incoherent nonlinear contributions to the population-time dynamics in a GaAs-based semiconductor microcavity encapsulating a single InGaAs quantum well. In a three-pulse four-wave-mixing scheme, the second delay time is the population time that in MDCS probes excited-state coherences and population dynamics. Nonlinear optical interactions can mix these contributions, which are isolated here for the lower- and upper-exciton polariton through the self- and mutual-interaction features. Results show fast decays and oscillations arising from the coherent response, including a broad stripe along the absorption energy axis, and longer time mutual-interaction features that do not obey a simple population decay model. These results are qualitatively replicated by Bloch equation simulations for the $1s$ exciton strongly coupled to the intracavity field. The simulations allow for separation of coherent and incoherent Pauli-blocking and Coulomb interaction terms within the ${ensuremath{chi}}^{(3)}$-limit, and a direct comparison of each feature in one-quantum rephasing and zero-quantum spectra." @default.
- W3215676926 created "2021-12-06" @default.
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- W3215676926 date "2022-03-29" @default.
- W3215676926 modified "2023-10-10" @default.
- W3215676926 title "Coherent contributions to population dynamics in a semiconductor microcavity" @default.
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- W3215676926 cites W1967268388 @default.
- W3215676926 cites W1967394964 @default.
- W3215676926 cites W1977832464 @default.
- W3215676926 cites W1991209416 @default.
- W3215676926 cites W1995599169 @default.
- W3215676926 cites W1999165871 @default.
- W3215676926 cites W2000419939 @default.
- W3215676926 cites W2002370789 @default.
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- W3215676926 cites W2009465595 @default.
- W3215676926 cites W2010616145 @default.
- W3215676926 cites W2013752496 @default.
- W3215676926 cites W2018556909 @default.
- W3215676926 cites W2022358090 @default.
- W3215676926 cites W2023858603 @default.
- W3215676926 cites W2024162549 @default.
- W3215676926 cites W2024926298 @default.
- W3215676926 cites W2029715417 @default.
- W3215676926 cites W2033398598 @default.
- W3215676926 cites W2034159456 @default.
- W3215676926 cites W2036281137 @default.
- W3215676926 cites W2037541798 @default.
- W3215676926 cites W2040062747 @default.
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- W3215676926 cites W2076906367 @default.
- W3215676926 cites W2084900406 @default.
- W3215676926 cites W2085094388 @default.
- W3215676926 cites W2085416858 @default.
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- W3215676926 cites W2093790469 @default.
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- W3215676926 cites W2104954140 @default.
- W3215676926 cites W2129494848 @default.
- W3215676926 cites W2140495102 @default.
- W3215676926 cites W2162423857 @default.
- W3215676926 cites W2163763855 @default.
- W3215676926 cites W2164455900 @default.
- W3215676926 cites W2165121294 @default.
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- W3215676926 cites W2402280490 @default.
- W3215676926 cites W2465538563 @default.
- W3215676926 cites W2515132195 @default.
- W3215676926 cites W2606949807 @default.
- W3215676926 cites W2735202306 @default.
- W3215676926 cites W2962929550 @default.
- W3215676926 cites W2979487990 @default.
- W3215676926 cites W2981042198 @default.
- W3215676926 cites W3004525381 @default.
- W3215676926 cites W3018352789 @default.
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- W3215676926 doi "https://doi.org/10.1103/physrevb.105.115307" @default.
- W3215676926 hasPublicationYear "2022" @default.
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