Institut für Reine Mathematik
- 1:
Mitarbeiter. - 2:
Vorlesungen.- 2.1:
Sommersemester 2013.- 2.1.1:
Geometrie. - 2.1.2:
Codierungstheorie (findet nicht statt). - 2.1.3:
Lineare Algebra II. - 2.1.4:
Elementare Zahlentheorie. - 2.1.5:
Seminar Differentialgeometrie. - 2.1.6:
Computeralgebra (WiMa-Praktikum II). - 2.1.7:
Seminar Ideen der Topologie. - 2.1.8:
Seminar algebraische K-Theorie. - 2.1.9:
Oberseminar Algebra. - 2.1.10:
Lineare Algebra I.
- 2.1.1:
- 2.2:
Wintersemester 2012/13. - 2.3:
Sommersemester 2012. - 2.4:
Wintersemester 2011/12. - 2.5:
Sommersemester 2011. - 2.6:
Wintersemester 2010/11. - 2.7:
Sommersemester 2010. - 2.8:
Wintersemester 2009/10. - 2.9:
Sommersemester 2009. - 2.10:
Wintersemester 2008/09. - 2.11:
Sommersemester 2008. - 2.12:
Wintersemester 2007/08. - 2.13:
Sommersemester 2007. - 2.14:
Ältere Vorlesungen.
- 2.1:
- 3:
Fakultät.
Das Seminar findet Dienstag, 14-16 Uhr, statt.
14.5.: Jakob Kröker, Hannover, Algorithmic construction of Hurwitz maps
Joint project with Laurent Bartholdi, Hans-Christian von Bothmer, Xavier Buff.
Heuristic algorithms over finite fields together with number theory methods, algorithm optimization and parallelization techniques can be used to solve moderate polynomial systems and applied e.g. for complex approximation of sphere coverings: Given a fixed set Q of branch values and a k-tuple of permutations representing the monodromy of a sphere covering degree-d rational map, compute an arbitraryly precise floating point complex approximation of that map.
The computation was used to construct an approximation of Cui's "Sierpinski map", a rational map whose Julia set is a Sierpinski carpet.
21.5. Stefan Wewers, Der Modulraum der Kurven vom Geschlecht g
28.5. Julian Rüth, A construction for absolute values in polynomial rings
04.06. Irene Bouw, Modellen von Modulkurven.
Das Oberseminar findet aussnahmsweise in O29, LGM 2002 statt.
11.06. Michael Eskin, 3-Punkt-Überlagerungen mit schlechter Reduktion.
