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Title | Mueller Group |
Description | Search this site Skip to main content Skip to navigation Mueller Group Lab Nanoscale (Opto-) Electronics @ Vienna University of Technology Research 2D mat |
Keywords | N/A |
WebSite | graphenelabs.at |
Host IP | 174.129.25.170 |
Location | United States |
Euro€3,306
Zuletzt aktualisiert: 2022-06-03 15:18:19
graphenelabs.at hat Semrush globalen Rang von 8,635,411. graphenelabs.at hat einen geschätzten Wert von € 3,306, basierend auf seinen geschätzten Werbeeinnahmen. graphenelabs.at empfängt jeden Tag ungefähr 551 einzelne Besucher. Sein Webserver befindet sich in United States mit der IP-Adresse 174.129.25.170. Laut SiteAdvisor ist graphenelabs.at sicher zu besuchen. |
Kauf-/Verkaufswert | Euro€3,306 |
Tägliche Werbeeinnahmen | Euro€91,466 |
Monatlicher Anzeigenumsatz | Euro€30,856 |
Jährliche Werbeeinnahmen | Euro€2,204 |
Tägliche eindeutige Besucher | 551 |
Hinweis: Alle Traffic- und Einnahmenwerte sind Schätzungen. |
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graphenelabs.at. | A | 86399 | IP: 174.129.25.170 |
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graphenelabs.at. | NS | 86400 | NS Record: ns1.domaintechnik.at. |
graphenelabs.at. | TXT | 86400 | TXT Record: google-site-verification=6R_SQdrwfFLLCDrU-MoPQcn-zGVCR2eoR5i79EjKlj4 |
Search this site Skip to main content Skip to navigation Mueller Group Lab Nanoscale (Opto-) Electronics @ Vienna University of Technology Research 2D materials We explore 2D materials, such as graphene and transition metal dichalcogenides, for applications in electronics, optoelectronics and integrated photonic s . These materials are crystalline and thus of high quality, yet they can be produced at low cost and with large-area dimensions, making them attractive for embedding intelligence into everyday objects . AI on a chip We investigate novel materials, devices and systems for neuromorphic sensing by mapping of machine learning algorithms and computational models to circuits and device architectures. The aim of our work is to provide more efficient sensory data processing by embedding intelligence into the sensors themselves. Publications 2D Materials: Properties and Devices Cambridge University Press Chapters: "Graphene optoelectronic devices" & "TMDs: optoelectronic devices" 2D |
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