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  1. 15 de mar. de 2013 · 50-Year Cosmic Mystery: 10 Quasar Questions for Discoverer Maarten Schmidt. Astronomy changed forever 50 years ago this week, when scientists first began to understand the true nature of quasars ...

    • 2 min
    • Mike Wall
  2. De Maarten Schmidt, gebuer den 28. Dezember 1929 zu Groningen an Holland a gestuerwen de 17. September 2022 a Kalifornien, war en hollänneschen Astronom deen an den USA geschafft huet. De Schmidt huet op der Universitéit Leiden beim Jan Hendrik Oort studéiert. Am Joer 1959 ass hien, no senger Promotioun, an d' USA gaange fir um California ...

  3. 马尔滕·施密特(荷蘭語: Maarten Schmidt ,1929年12月28日—2022年9月17日) ,荷兰天文学家,第一个意识到射电源3C 273的光谱中无法证认的宽发射线,其实是高红移后的氢的巴尔末线和电离氧的谱线,从而成为“类星体”这一天体种类公认的发现者。

  4. Producers biography. Maarten Schmidt founded Storyhouse in 2013, after working in The Netherlands. He worked in the creative and production department of 30 films, most of which documentaires with one Cannes-selected feature fiction: ‘Blue Bird’.

  5. 19 de mar. de 2020 · Radio astronomers gave Schmidt the position of strong radio sources in the sky, and he found out whether he could view and study these objects through his telescope, in visible light. One of the ‘sound’ sources that Schmidt tried to view in December 1962 bore the name 3C273. ‘When I looked in that position I saw a relatively bright star.’

  6. 29 de sept. de 2022 · Maarten Schmidt, Francis L. Moseley Professor of Astronomy, Emeritus, at Caltech, passed away on Saturday, September 17, 2022. He was 92 years old. Schmidt is best known for his 1963 discovery of quasars—ferociously bright and faraway cosmic objects powered by supermassive black holes. At the time of their discovery, quasars, which are ...

  7. 1963: Entdeckung der Quasare. 1963 entdeckte Maarten Schmidt die exotische quasi-stellare Radioquelle 3C 273 und damit den ersten „Quasar“. Hier wurden wir mit einer starken Radioquelle mit einer Rotverschiebung von 0,158 konfrontiert, die visuell wie ein Stern der 13. Größe aussah, jedoch Zig-Millionen Lichtjahre von uns entfernt ist.