Matches in SemOpenAlex for { <https://semopenalex.org/work/W2003026650> ?p ?o ?g. }
- W2003026650 endingPage "15373" @default.
- W2003026650 startingPage "15368" @default.
- W2003026650 abstract "Artificial atoms with up to five well-defined electronic shells are fabricated using self-assembled quantum dots (QD's) grown by molecular-beam epitaxy. State-filling spectroscopy of the zero-dimensional transitions between confined electrons and holes demonstrates that the energy levels are readily tunable. One to five confined levels, with an interlevel energy spacing between 25 and 90 meV, are obtained by adjusting the growth temperature or with post growth annealings. The uniformity and reproducibility of InAs/GaAs QD's are optimized by adjusting growth parameters affecting the evolution and the equilibrium shape of the QD's: the amount of strained material deposited, and the annealing time following the InAs deposition. Well-defined excited states are also obtained with stacked layers of vertically self-assembled QD's." @default.
- W2003026650 created "2016-06-24" @default.
- W2003026650 creator A5018515346 @default.
- W2003026650 creator A5027118719 @default.
- W2003026650 creator A5039011928 @default.
- W2003026650 creator A5054948693 @default.
- W2003026650 creator A5056408192 @default.
- W2003026650 creator A5076000391 @default.
- W2003026650 creator A5078764514 @default.
- W2003026650 date "1999-06-15" @default.
- W2003026650 modified "2023-10-14" @default.
- W2003026650 title "Manipulating the energy levels of semiconductor quantum dots" @default.
- W2003026650 cites W1967786203 @default.
- W2003026650 cites W1971314390 @default.
- W2003026650 cites W1972374537 @default.
- W2003026650 cites W1973156530 @default.
- W2003026650 cites W1975043496 @default.
- W2003026650 cites W1977591501 @default.
- W2003026650 cites W1977616361 @default.
- W2003026650 cites W1978018419 @default.
- W2003026650 cites W1982000088 @default.
- W2003026650 cites W1983164886 @default.
- W2003026650 cites W1984763385 @default.
- W2003026650 cites W1986305358 @default.
- W2003026650 cites W1986442312 @default.
- W2003026650 cites W1988767648 @default.
- W2003026650 cites W1990026542 @default.
- W2003026650 cites W1996506684 @default.
- W2003026650 cites W2001205612 @default.
- W2003026650 cites W2018474684 @default.
- W2003026650 cites W2020326883 @default.
- W2003026650 cites W2026607056 @default.
- W2003026650 cites W2027191784 @default.
- W2003026650 cites W2028196619 @default.
- W2003026650 cites W2028539913 @default.
- W2003026650 cites W2033765822 @default.
- W2003026650 cites W2034227291 @default.
- W2003026650 cites W2041825029 @default.
- W2003026650 cites W2046788659 @default.
- W2003026650 cites W2050326201 @default.
- W2003026650 cites W2051482714 @default.
- W2003026650 cites W2051961723 @default.
- W2003026650 cites W2054659695 @default.
- W2003026650 cites W2060938103 @default.
- W2003026650 cites W2061995442 @default.
- W2003026650 cites W2062980732 @default.
- W2003026650 cites W2064271948 @default.
- W2003026650 cites W2066544708 @default.
- W2003026650 cites W2068317040 @default.
- W2003026650 cites W2078661198 @default.
- W2003026650 cites W2083736429 @default.
- W2003026650 cites W2095056290 @default.
- W2003026650 cites W2111033783 @default.
- W2003026650 cites W2116546763 @default.
- W2003026650 cites W2137184766 @default.
- W2003026650 doi "https://doi.org/10.1103/physrevb.59.15368" @default.
- W2003026650 hasPublicationYear "1999" @default.
- W2003026650 type Work @default.
- W2003026650 sameAs 2003026650 @default.
- W2003026650 citedByCount "176" @default.
- W2003026650 countsByYear W20030266502012 @default.
- W2003026650 countsByYear W20030266502013 @default.
- W2003026650 countsByYear W20030266502014 @default.
- W2003026650 countsByYear W20030266502015 @default.
- W2003026650 countsByYear W20030266502016 @default.
- W2003026650 countsByYear W20030266502017 @default.
- W2003026650 countsByYear W20030266502018 @default.
- W2003026650 countsByYear W20030266502019 @default.
- W2003026650 countsByYear W20030266502020 @default.
- W2003026650 countsByYear W20030266502021 @default.
- W2003026650 countsByYear W20030266502022 @default.
- W2003026650 countsByYear W20030266502023 @default.
- W2003026650 crossrefType "journal-article" @default.
- W2003026650 hasAuthorship W2003026650A5018515346 @default.
- W2003026650 hasAuthorship W2003026650A5027118719 @default.
- W2003026650 hasAuthorship W2003026650A5039011928 @default.
- W2003026650 hasAuthorship W2003026650A5054948693 @default.
- W2003026650 hasAuthorship W2003026650A5056408192 @default.
- W2003026650 hasAuthorship W2003026650A5076000391 @default.
- W2003026650 hasAuthorship W2003026650A5078764514 @default.
- W2003026650 hasBestOaLocation W20030266502 @default.
- W2003026650 hasConcept C108225325 @default.
- W2003026650 hasConcept C110738630 @default.
- W2003026650 hasConcept C121332964 @default.
- W2003026650 hasConcept C124657808 @default.
- W2003026650 hasConcept C147120987 @default.
- W2003026650 hasConcept C159985019 @default.
- W2003026650 hasConcept C171250308 @default.
- W2003026650 hasConcept C181500209 @default.
- W2003026650 hasConcept C184779094 @default.
- W2003026650 hasConcept C192562407 @default.
- W2003026650 hasConcept C26873012 @default.
- W2003026650 hasConcept C2777855556 @default.
- W2003026650 hasConcept C2779227376 @default.
- W2003026650 hasConcept C32891209 @default.
- W2003026650 hasConcept C3792809 @default.
- W2003026650 hasConcept C41999313 @default.
- W2003026650 hasConcept C49040817 @default.