FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W1966881427> ?p ?o ?g. }

• W1966881427 abstract "Chip-based cavity quantum electrodynamics (QED) devices consisting of a self-assembled InAs quantum dot (QD) coupled to a high quality factor GaAs microdisk cavity are coherently probed through their optical channel using a fiber taper waveguide. We highlight one particularly important aspect of this all-fiber measurement setup, which is the accuracy to which the optical coupling level and optical losses are known relative to typical free-space excitation techniques. This allows for precise knowledge of the intracavity photon number and measurement of absolute transmitted and reflected signals. Resonant optical spectroscopy of the system under both weak and strong driving conditions are presented, which when compared with a quantum master equation model of the system allows for determination of the coherent coupling rate between QD exciton and optical cavity mode, the different levels of elastic and inelastic dephasing of the exciton state, and the position and orientation of the QD within the cavity. Pump-probe measurements are also performed in which a far off-resonant red-detuned control laser beam is introduced into the cavity. Rather than producing a measurable ac Stark shift in the exciton line of the QD, we find that this control beam induces a saturation of the resonant system response. The broad photoluminescence spectrum resulting from the presence of the control beam in the cavity points to sub-band-gap absorption in the semiconductor, and the resulting free-carrier generation, as the likely source of system saturation." @default.
• W1966881427 created "2016-06-24" @default.
• W1966881427 creator A5054689846 @default.
• W1966881427 creator A5078422351 @default.
• W1966881427 creator A5084777218 @default.
• W1966881427 creator A5090207677 @default.
• W1966881427 date "2008-09-30" @default.
• W1966881427 modified "2023-10-17" @default.
• W1966881427 title "Investigations of a coherently driven semiconductor optical cavity QED system" @default.
• W1966881427 cites W1662373048 @default.
• W1966881427 cites W1963811960 @default.
• W1966881427 cites W1974698513 @default.
• W1966881427 cites W1975660492 @default.
• W1966881427 cites W1976147892 @default.
• W1966881427 cites W1978460127 @default.
• W1966881427 cites W1978639423 @default.
• W1966881427 cites W1978691316 @default.
• W1966881427 cites W1979029367 @default.
• W1966881427 cites W1990026542 @default.
• W1966881427 cites W1990207865 @default.
• W1966881427 cites W1994425201 @default.
• W1966881427 cites W1995259263 @default.
• W1966881427 cites W2003452714 @default.
• W1966881427 cites W2010150133 @default.
• W1966881427 cites W2013143890 @default.
• W1966881427 cites W2016127613 @default.
• W1966881427 cites W2021941329 @default.
• W1966881427 cites W2028023061 @default.
• W1966881427 cites W2031197985 @default.
• W1966881427 cites W2032389904 @default.
• W1966881427 cites W2035705382 @default.
• W1966881427 cites W2037522026 @default.
• W1966881427 cites W2044178503 @default.
• W1966881427 cites W2044811975 @default.
• W1966881427 cites W2045998358 @default.
• W1966881427 cites W2049271022 @default.
• W1966881427 cites W2054291986 @default.
• W1966881427 cites W2059440460 @default.
• W1966881427 cites W2059599130 @default.
• W1966881427 cites W2059718431 @default.
• W1966881427 cites W2066219575 @default.
• W1966881427 cites W2066880840 @default.
• W1966881427 cites W2068163719 @default.
• W1966881427 cites W2070211675 @default.
• W1966881427 cites W2074551634 @default.
• W1966881427 cites W2076927456 @default.
• W1966881427 cites W2078002485 @default.
• W1966881427 cites W2083180015 @default.
• W1966881427 cites W2083361429 @default.
• W1966881427 cites W2090584170 @default.
• W1966881427 cites W2090693788 @default.
• W1966881427 cites W2093243188 @default.
• W1966881427 cites W2095346705 @default.
• W1966881427 cites W2097039598 @default.
• W1966881427 cites W2115729007 @default.
• W1966881427 cites W2122372499 @default.
• W1966881427 cites W2124720324 @default.
• W1966881427 cites W2141740008 @default.
• W1966881427 cites W2145265655 @default.
• W1966881427 cites W2147574419 @default.
• W1966881427 cites W2148967647 @default.
• W1966881427 cites W2152010245 @default.
• W1966881427 cites W2156983710 @default.
• W1966881427 cites W2159688433 @default.
• W1966881427 cites W2163931124 @default.
• W1966881427 cites W2168071309 @default.
• W1966881427 cites W2168924952 @default.
• W1966881427 cites W2962826404 @default.
• W1966881427 cites W3098242317 @default.
• W1966881427 cites W3098727599 @default.
• W1966881427 cites W3099816232 @default.
• W1966881427 cites W3104254118 @default.
• W1966881427 doi "https://doi.org/10.1103/physreva.78.033839" @default.
• W1966881427 hasPublicationYear "2008" @default.
• W1966881427 type Work @default.
• W1966881427 sameAs 1966881427 @default.
• W1966881427 citedByCount "20" @default.
• W1966881427 countsByYear W19668814272012 @default.
• W1966881427 countsByYear W19668814272014 @default.
• W1966881427 countsByYear W19668814272015 @default.
• W1966881427 countsByYear W19668814272017 @default.
• W1966881427 countsByYear W19668814272018 @default.
• W1966881427 countsByYear W19668814272019 @default.
• W1966881427 countsByYear W19668814272022 @default.
• W1966881427 crossrefType "journal-article" @default.
• W1966881427 hasAuthorship W1966881427A5054689846 @default.
• W1966881427 hasAuthorship W1966881427A5078422351 @default.
• W1966881427 hasAuthorship W1966881427A5084777218 @default.
• W1966881427 hasAuthorship W1966881427A5090207677 @default.
• W1966881427 hasBestOaLocation W19668814272 @default.
• W1966881427 hasConcept C108225325 @default.
• W1966881427 hasConcept C120665830 @default.
• W1966881427 hasConcept C121332964 @default.
• W1966881427 hasConcept C124657808 @default.
• W1966881427 hasConcept C159317903 @default.
• W1966881427 hasConcept C17729963 @default.
• W1966881427 hasConcept C184779094 @default.
• W1966881427 hasConcept C190269828 @default.
• W1966881427 hasConcept C190474826 @default.
• W1966881427 hasConcept C26873012 @default.

• next