| 词条 | Ilka Agricola |
| 释义 |
|name = Ilka Agricola |image = |birth_date = {{birth date|1973|08|08}} |birth_place = The Hague |occupation = mathematician |website = {{URL|http://www.mathematik.uni-marburg.de/~agricola/}} |alma mater = Humboldt University, Germany }}Ilka Agricola (born August 8, 1973 in The Hague)[1] is a German mathematician who deals with differential geometry and its applications in mathematical physics. She is dean of mathematics and computer science at the University of Marburg, where she has also been responsible for making public the university's collection of mathematical models.[2] Life and workAgricola studied physics at the Technical University of Munich and the University of Munich from 1991 to 1996.[1] After a guest stay at Rutgers University in New Jersey (United States) that lasted until the end of 1997 she went to the Humboldt-Universität zu Berlin, where in 2000 she earned a mathematics doctorate under {{ill|Thomas Friedrich|de|Thomas Friedrich (Mathematiker)}}.[3] From 2003 to 2008, she led one of the Volkswagen Foundation funded research groups at Humboldt University in the field of special geometries in mathematical physics. From 2004 to 2008 she was a project manager in the priority program for string theory at the German Research Foundation and the Collaborative Research Center 1080. Agricola took the Habilitation in 2004 at the University of Greifswald in mathematics. In 2008 she was appointed professor at the University of Marburg. Since November 2014, she has been Dean of the Department of Mathematics and Computer Science.[1] Agricola is an editor of the journal Communications in Mathematics, an academic journal in mathematics published by De Gruyter.[4] Awards and honorsIn 2003, Ilka Agricola received the Medal of Honor of Charles University in Prague.[5] In 2016, she was awarded the {{ill|Ars legendi faculty prize|de|Ars legendi-Preis für exzellente Hochschullehre}} of the Stifterverband für die Deutsche Wissenschaft and German Rectors' Conference for excellence in teaching mathematics.[6] Selected publicationsBooks
| last1 = Agricola | first1 = Ilka | last2 = Friedrich | first2 = Thomas | doi = 10.1090/gsm/052 | isbn = 0-8218-2951-3 | publisher = American Mathematical Society | location = Providence, RI | series = Graduate Studies in Mathematics | title = Global analysis: Differential forms in analysis, geometry and physics | volume = 52 | year = 2002}}. Translated from the 2001 German original by Andreas Nestke.[7]
| last1 = Agricola | first1 = Ilka | last2 = Friedrich | first2 = Thomas | doi = 10.1090/stml/043 | isbn = 978-0-8218-4347-5 | publisher = American Mathematical Society | location = Providence, RI | series = Student Mathematical Library | title = Elementary geometry | volume = 43 | year = 2008}}. Translated from the 2005 German original by Philip G. Spain.[8] Papers
| last = Agricola | first = Ilka | arxiv = math/0202094 | doi = 10.1007/s00220-002-0743-y | issue = 3 | journal = Communications in Mathematical Physics | mr = 1952476 | pages = 535–563 | title = Connections on naturally reductive spaces, their Dirac operator and homogeneous models in string theory | volume = 232 | year = 2003| bibcode = 2003CMaPh.232..535A
| last1 = Agricola | first1 = Ilka | last2 = Goodman | first2 = Roe | arxiv = math/0207161 | doi = 10.1307/mmj/1070919563 | issue = 3 | journal = Michigan Mathematical Journal | mr = 2021011 | pages = 607–630 | title = The algebra of K-invariant vector fields on a symmetric space G/K | volume = 51 | year = 2003}}.
| last1 = Agricola | first1 = Ilka | last2 = Friedrich | first2 = Thomas | arxiv = math/0305069 | doi = 10.1007/s00208-003-0507-9 | issue = 4 | journal = Mathematische Annalen | mr = 2047649 | pages = 711–748 | title = On the holonomy of connections with skew-symmetric torsion | volume = 328 | year = 2004}}.
| last = Agricola | first = Ilka | issue = 8 | journal = Notices of the American Mathematical Society | mr = 2441524 | pages = 922–929 | title = Old and new on the exceptional group G2 | url = http://www.ams.org/notices/200808/tx080800922p.pdf | volume = 55 | year = 2008}}. References1. ^1 2 Curriculum vitae, retrieved 2017-01-01. 2. ^{{citation|newspaper=Oberhessische Presse|language=German|url=http://www.op-marburg.de/UNIversum/Unsere-Wissenschaftler/Vom-Affensattel-zum-Storchenschnabel|title= Vom Affensattel zum Storchenschnabel|date=January 11, 2011|first= Manfred|last=Hitzeroth}} 3. ^{{mathgenealogy|id=89246}} 4. ^[https://www.degruyter.com/view/j/cm Communications in Mathematics], publisher home page, retrieved 2017-01-01. 5. ^{{citation|url=https://www.uni-marburg.de/fb12/pressespiegel_dateien/opagricola.pdf|title=Mit Gauß unter den Weihnachtsbaum|newspaper=Oberhessische Presse|language=German|date=December 20, 2013|first=Tim|last=Gabel}}. 6. ^{{citation|url=https://wissenschaft.hessen.de/presse/pressemitteilung/lehrende-aus-giessen-und-marburg-erhalten-ars-legendi-fakultaetenpreis|title= Lehrende aus Gießen und Marburg erhalten Ars legendi-Fakultätenpreis|language=German|publisher=Hessian Ministry for Science and the Arts|date=April 11, 2016}}. 7. ^Review of Globale Analysis (Vieweg, 2001) by Jürgen Eichhorn, {{MR|1823409}}. 8. ^Review of Elementary geometry by William J. Satzer, Mathematical Association of America, April 30, 2008. External links
7 : 1973 births|21st-century Dutch mathematicians|21st-century German mathematicians|Dutch women mathematicians|German women mathematicians|Living people|21st-century women mathematicians |
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