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Title | LEX-Photonics / LEX |
Description | On this website, you can gain insight into our work, vision, and the team spirit that allows us to push those frontiers. We invite you to share our excitement in uncovering the mysteries of moving electrons. We wish you an inspiring visit to |
Keywords | Ferenc,Krausz,Attosecond,Physics,Scientist,Ludwig-Maximilian-Universität,Max-Planck,LMU,MPQ |
WebSite | lex-photonics.de |
Host IP | 192.54.42.58 |
Location | Germany |
Site | Rank |
lex-praezision.de | 0 |
Euro€1,102
Zuletzt aktualisiert: 2022-08-20 17:58:28
lex-photonics.de hat Semrush globalen Rang von 29,448,254. lex-photonics.de hat einen geschätzten Wert von € 1,102, basierend auf seinen geschätzten Werbeeinnahmen. lex-photonics.de empfängt jeden Tag ungefähr 551 einzelne Besucher. Sein Webserver befindet sich in Germany mit der IP-Adresse 192.54.42.58. Laut SiteAdvisor ist lex-photonics.de sicher zu besuchen. |
Kauf-/Verkaufswert | Euro€1,102 |
Tägliche Werbeeinnahmen | Euro€26,999 |
Monatlicher Anzeigenumsatz | Euro€9,367 |
Jährliche Werbeeinnahmen | Euro€1,102 |
Tägliche eindeutige Besucher | 551 |
Hinweis: Alle Traffic- und Einnahmenwerte sind Schätzungen. |
Host | Type | TTL | Data |
lex-photonics.de. | A | 38400 | IP: 192.54.42.58 |
lex-photonics.de. | AAAA | 38399 | IPV6: 2001:4ca0:4102:0:192:54:42:58 |
lex-photonics.de. | NS | 38400 | NS Record: dns2.physik.uni-muenchen.de. |
lex-photonics.de. | NS | 38400 | NS Record: dns0.physik.uni-muenchen.de. |
lex-photonics.de. | NS | 38400 | NS Record: dns1.physik.uni-muenchen.de. |
About LEX / Groups / News / Publications / Media / Our Team / Join Us --> AMO / BIRD / FRS / HFS LEX Photonics — Advanced multilayer optics: Development of novel multilayer optics Advanced multilayer optics: Development of novel multilayer optics --> Broadband infrared diagnostics: Exploring novel routes to early cancer detection with femto- and attosecond metrologies Broadband infrared diagnostics: Exploring novel routes to early cancer detection with femto- and attosecond metrologies --> Field-resolved Raman microspectroscopy: Development of novel techniques for in vivo imaging of dynamic systems Field-resolved Raman microspectroscopy: Development of novel techniques for in vivo imaging of dynamic systems --> High-repetition-rate femtosecond sources: Novel femtosecond high power oscillators for mid infrared radiation generation High-repetition-rate femtosecond sources: Novel femtosecond high power oscillators for mid infrared radiation generation --> Our associated |
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