Matches in SemOpenAlex for { <https://semopenalex.org/work/W3209626003> ?p ?o ?g. }
- W3209626003 endingPage "1433" @default.
- W3209626003 startingPage "1425" @default.
- W3209626003 abstract "The availability of high-frequency pulsed emitters in the 2–2.5 μm wavelength range paved the way for a wealth of new applications in ultrafast spectroscopy, free-space and fiber-optical communications, surveillance and recognition, artificial intelligence, and medical imaging. However, developing these emerging technologies and their large-scale use depend on the availability of high-speed, low-noise, and cost-effective photodetectors. With this perspective, here we demonstrate GeSn photodiodes grown on silicon wafers featuring a high broadband operation covering the extended-SWIR range with a peak responsivity of 0.3 A/W at room temperature. These GeSn devices exhibit a high bandwidth reaching 7.5 GHz at 5 V bias with a 2.6 μm cutoff wavelength, and their integration in ultrafast time-resolved spectroscopy applications is demonstrated. In addition to enabling time-resolved electroluminescence at 2.3 μm, the high-speed operation of GeSn detectors was also exploited in the diagnostics of ultrashort pulses of a supercontinuum laser with a temporal resolution in the picosecond range at 2.5 μm. Establishing these capabilities highlights the potential of manufacturable GeSn photodiodes for silicon-integrated high-speed extended-SWIR applications." @default.
- W3209626003 created "2021-11-08" @default.
- W3209626003 creator A5001225674 @default.
- W3209626003 creator A5018133206 @default.
- W3209626003 creator A5022042628 @default.
- W3209626003 creator A5064937156 @default.
- W3209626003 creator A5078612451 @default.
- W3209626003 date "2022-03-16" @default.
- W3209626003 modified "2023-10-09" @default.
- W3209626003 title "High-Bandwidth Extended-SWIR GeSn Photodetectors on Silicon Achieving Ultrafast Broadband Spectroscopic Response" @default.
- W3209626003 cites W1483785775 @default.
- W3209626003 cites W1518970136 @default.
- W3209626003 cites W1552622995 @default.
- W3209626003 cites W1558530620 @default.
- W3209626003 cites W1983461897 @default.
- W3209626003 cites W2019161226 @default.
- W3209626003 cites W2031571982 @default.
- W3209626003 cites W2031882613 @default.
- W3209626003 cites W2032896506 @default.
- W3209626003 cites W2036343919 @default.
- W3209626003 cites W2038703603 @default.
- W3209626003 cites W2043745646 @default.
- W3209626003 cites W2047242092 @default.
- W3209626003 cites W2051240735 @default.
- W3209626003 cites W2079929770 @default.
- W3209626003 cites W2093972521 @default.
- W3209626003 cites W2129203197 @default.
- W3209626003 cites W2153265163 @default.
- W3209626003 cites W2166251494 @default.
- W3209626003 cites W2334563742 @default.
- W3209626003 cites W2390118777 @default.
- W3209626003 cites W2556494990 @default.
- W3209626003 cites W2562482080 @default.
- W3209626003 cites W2600127839 @default.
- W3209626003 cites W2729080466 @default.
- W3209626003 cites W2730380953 @default.
- W3209626003 cites W2736373162 @default.
- W3209626003 cites W2759108234 @default.
- W3209626003 cites W2770067995 @default.
- W3209626003 cites W2809528721 @default.
- W3209626003 cites W2889224313 @default.
- W3209626003 cites W2906148342 @default.
- W3209626003 cites W2910175099 @default.
- W3209626003 cites W2914528910 @default.
- W3209626003 cites W2957711148 @default.
- W3209626003 cites W2970231538 @default.
- W3209626003 cites W2977950639 @default.
- W3209626003 cites W2988146841 @default.
- W3209626003 cites W3011715474 @default.
- W3209626003 cites W3041856250 @default.
- W3209626003 cites W3089033973 @default.
- W3209626003 cites W3100097148 @default.
- W3209626003 cites W3100541548 @default.
- W3209626003 cites W3102063312 @default.
- W3209626003 cites W3128125862 @default.
- W3209626003 cites W3137380982 @default.
- W3209626003 cites W3138079042 @default.
- W3209626003 cites W3157043473 @default.
- W3209626003 cites W3182111965 @default.
- W3209626003 cites W4243002513 @default.
- W3209626003 doi "https://doi.org/10.1021/acsphotonics.2c00260" @default.
- W3209626003 hasPublicationYear "2022" @default.
- W3209626003 type Work @default.
- W3209626003 sameAs 3209626003 @default.
- W3209626003 citedByCount "17" @default.
- W3209626003 countsByYear W32096260032022 @default.
- W3209626003 countsByYear W32096260032023 @default.
- W3209626003 crossrefType "journal-article" @default.
- W3209626003 hasAuthorship W3209626003A5001225674 @default.
- W3209626003 hasAuthorship W3209626003A5018133206 @default.
- W3209626003 hasAuthorship W3209626003A5022042628 @default.
- W3209626003 hasAuthorship W3209626003A5064937156 @default.
- W3209626003 hasAuthorship W3209626003A5078612451 @default.
- W3209626003 hasBestOaLocation W32096260032 @default.
- W3209626003 hasConcept C107157254 @default.
- W3209626003 hasConcept C120665830 @default.
- W3209626003 hasConcept C121332964 @default.
- W3209626003 hasConcept C178596936 @default.
- W3209626003 hasConcept C178889773 @default.
- W3209626003 hasConcept C191154138 @default.
- W3209626003 hasConcept C192562407 @default.
- W3209626003 hasConcept C23125352 @default.
- W3209626003 hasConcept C2776257435 @default.
- W3209626003 hasConcept C41008148 @default.
- W3209626003 hasConcept C49040817 @default.
- W3209626003 hasConcept C509933004 @default.
- W3209626003 hasConcept C520434653 @default.
- W3209626003 hasConcept C544956773 @default.
- W3209626003 hasConcept C55005982 @default.
- W3209626003 hasConcept C6260449 @default.
- W3209626003 hasConcept C751236 @default.
- W3209626003 hasConcept C76155785 @default.
- W3209626003 hasConceptScore W3209626003C107157254 @default.
- W3209626003 hasConceptScore W3209626003C120665830 @default.
- W3209626003 hasConceptScore W3209626003C121332964 @default.
- W3209626003 hasConceptScore W3209626003C178596936 @default.
- W3209626003 hasConceptScore W3209626003C178889773 @default.
- W3209626003 hasConceptScore W3209626003C191154138 @default.