Matches in SemOpenAlex for { <https://semopenalex.org/work/W2413253837> ?p ?o ?g. }
- W2413253837 abstract "The 1s exciton--the ground state of a bound electron-hole pair--is central to understanding the photoresponse of monolayer transition metal dichalcogenides. Above the 1s exciton, recent visible and near-infrared investigations have revealed that the excited excitons are much richer, exhibiting a series of Rydberg-like states. A natural question is then how the internal excitonic transitions are interrelated on photoexcitation. Accessing these intraexcitonic transitions, however, demands a fundamentally different experimental tool capable of probing optical transitions from 1s 'bright' to np 'dark' states. Here we employ ultrafast mid-infrared spectroscopy to explore the 1s intraexcitonic transitions in monolayer MoS2. We observed twofold 1s→3p intraexcitonic transitions within the A and B excitons and 1s→2p transition between the A and B excitons. Our results revealed that it takes about 0.7 ps for the 1s A exciton to reach quasi-equilibrium; a characteristic time that is associated with a rapid population transfer from the 1s B exciton, providing rich characteristics of many-body exciton dynamics in two-dimensional materials." @default.
- W2413253837 created "2016-06-24" @default.
- W2413253837 creator A5006089755 @default.
- W2413253837 creator A5015687138 @default.
- W2413253837 creator A5021502704 @default.
- W2413253837 creator A5022356142 @default.
- W2413253837 creator A5052772817 @default.
- W2413253837 creator A5063669156 @default.
- W2413253837 creator A5073301247 @default.
- W2413253837 date "2016-02-25" @default.
- W2413253837 modified "2023-10-13" @default.
- W2413253837 title "1s-intraexcitonic dynamics in monolayer MoS2 probed by ultrafast mid-infrared spectroscopy" @default.
- W2413253837 cites W1489642512 @default.
- W2413253837 cites W1529807616 @default.
- W2413253837 cites W1561553867 @default.
- W2413253837 cites W1578492550 @default.
- W2413253837 cites W1863556991 @default.
- W2413253837 cites W1885328353 @default.
- W2413253837 cites W1922057599 @default.
- W2413253837 cites W1969314684 @default.
- W2413253837 cites W1975190860 @default.
- W2413253837 cites W1978411193 @default.
- W2413253837 cites W1980119814 @default.
- W2413253837 cites W1985284024 @default.
- W2413253837 cites W1996830565 @default.
- W2413253837 cites W1998682694 @default.
- W2413253837 cites W2000573041 @default.
- W2413253837 cites W2013144732 @default.
- W2413253837 cites W2017738129 @default.
- W2413253837 cites W2017871657 @default.
- W2413253837 cites W2018958741 @default.
- W2413253837 cites W2019241917 @default.
- W2413253837 cites W2023333002 @default.
- W2413253837 cites W2023648794 @default.
- W2413253837 cites W2031316066 @default.
- W2413253837 cites W2033475667 @default.
- W2413253837 cites W2035169307 @default.
- W2413253837 cites W2035326806 @default.
- W2413253837 cites W2037290860 @default.
- W2413253837 cites W2040235977 @default.
- W2413253837 cites W2045775926 @default.
- W2413253837 cites W2049818831 @default.
- W2413253837 cites W2054773072 @default.
- W2413253837 cites W2056902973 @default.
- W2413253837 cites W2057701641 @default.
- W2413253837 cites W2057891524 @default.
- W2413253837 cites W2059116268 @default.
- W2413253837 cites W2062981954 @default.
- W2413253837 cites W2072970857 @default.
- W2413253837 cites W2073029842 @default.
- W2413253837 cites W2077232836 @default.
- W2413253837 cites W2094280462 @default.
- W2413253837 cites W2098269095 @default.
- W2413253837 cites W2101787945 @default.
- W2413253837 cites W2107432007 @default.
- W2413253837 cites W2115786064 @default.
- W2413253837 cites W2125086348 @default.
- W2413253837 cites W2131267699 @default.
- W2413253837 cites W2137246288 @default.
- W2413253837 cites W2155116009 @default.
- W2413253837 cites W2227717435 @default.
- W2413253837 cites W2314274457 @default.
- W2413253837 cites W2319497083 @default.
- W2413253837 cites W2327439259 @default.
- W2413253837 cites W2331443524 @default.
- W2413253837 cites W3099700175 @default.
- W2413253837 cites W3101961832 @default.
- W2413253837 cites W3103794823 @default.
- W2413253837 cites W3123709910 @default.
- W2413253837 doi "https://doi.org/10.1038/ncomms10768" @default.
- W2413253837 hasPubMedCentralId "https://www.ncbi.nlm.nih.gov/pmc/articles/4773417" @default.
- W2413253837 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/26911982" @default.
- W2413253837 hasPublicationYear "2016" @default.
- W2413253837 type Work @default.
- W2413253837 sameAs 2413253837 @default.
- W2413253837 citedByCount "75" @default.
- W2413253837 countsByYear W24132538372016 @default.
- W2413253837 countsByYear W24132538372017 @default.
- W2413253837 countsByYear W24132538372018 @default.
- W2413253837 countsByYear W24132538372019 @default.
- W2413253837 countsByYear W24132538372020 @default.
- W2413253837 countsByYear W24132538372021 @default.
- W2413253837 countsByYear W24132538372022 @default.
- W2413253837 countsByYear W24132538372023 @default.
- W2413253837 crossrefType "journal-article" @default.
- W2413253837 hasAuthorship W2413253837A5006089755 @default.
- W2413253837 hasAuthorship W2413253837A5015687138 @default.
- W2413253837 hasAuthorship W2413253837A5021502704 @default.
- W2413253837 hasAuthorship W2413253837A5022356142 @default.
- W2413253837 hasAuthorship W2413253837A5052772817 @default.
- W2413253837 hasAuthorship W2413253837A5063669156 @default.
- W2413253837 hasAuthorship W2413253837A5073301247 @default.
- W2413253837 hasBestOaLocation W24132538371 @default.
- W2413253837 hasConcept C120665830 @default.
- W2413253837 hasConcept C121332964 @default.
- W2413253837 hasConcept C145148216 @default.
- W2413253837 hasConcept C155220765 @default.
- W2413253837 hasConcept C165330911 @default.
- W2413253837 hasConcept C171250308 @default.
- W2413253837 hasConcept C17729963 @default.