image: This is an artistic depiction of the solar nebula. view more
Credit: NASA/JPL
Professor Frank Brenker, geophysicist at Goethe University has been working successfully with Professor Alexandor Kort for years. This gave Krot the impetus to temporarily take leave from his Institute for Geophyscis and Planetology (HIGP) on Hawaii, where a large number of powerful measuring instruments are at his disposal for the examination of extraterrestrial material. As recipient of the Humboldt Research Award he will be working in Frankfurt am Main for six months.
At the Institute for Geosciences at Goethe University, Krot will be working both in teaching and research. He is especially interested in nanoscale analytical methods using transmission electron microscopy and synchrotron radiation, an area in which Frank Brenker specializes.
Alexander Krot made a particular name for himself through his work on the formation of the first solid bodies of our solar system. Numerous fundamental insights into the childhood of the solar nebula are based on his research. With more than 160 publications, of which 14 are in "Nature" or "Science", his scientific body of work is impressive.
Krot is not only one of the most influential and successful researchers in the area of cosmochemistry, the science of the formation and distribution of chemical elements and compounds in the solar system - he is also an excellent teacher. He can now pass on his knowledge directly in several bachelor and master projects at the same time. "It's a unique opportunity for our students to be able to work with such an internationally successful researcher this early in their careers," reports Brenker with pleasure. "Some of them are already familiar with Mr. Krot from his many groundbreaking publications, and it is naturally exciting for them to now be able to discuss things directly with him."
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Images to download can be found at: http://www.uni-frankfurt.de/74667310
Captions:
Image1: Prof. Dr. Alexander Krot (Copyright: Krot)
Image 2: Off-colour image with magnesium in red, calcium in green, and aluminum in blue. This colour selection was introduced by Alexander Krot for an optimal depiction of the early formations in the solar system. Pictured here is a calcium-aluminum-rich inclusion in the meteorite Efremovka. CAIs are the oldest solid body formation in our solar system. They are 4.567 billion years old, the same age as our solar system. (Copyright: Krot)
Image 3: An artist's depiction of the solar nebula. (Copyright: NASA/JPL)
Further information: Professor Frank Brenker, Institute for Geosciences, Mineralogy, Riedberg Campus, Tel.: +49(0)69 798-40134, f.brenker@em.uni-frankfurt.de">f.brenker@em.uni-frankfurt.de
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