Upcoming DIAMANT Courses

DIAMANT is actively involved in Master's and Ph.D. courses in mathematics throughout the Netherlands. Course descriptions of all national courses can be found on the Mastermath webpage. DIAMANT also offers courses in the Dutch Research School WONDER.

Members of Diamant are also involved in the courses of LNMB, the national OR network.

DIAMANT and WONDER courses in the past

Advanced algebraic geometry (Robin de Jong and Lenny Taelman), Fall 2014
Advanced combinatorics (Ross Kang and Tobias Muller), Fall 2014
Commutative algebra (Jan Draisma, Rob de Jeu), Spring 2015
Cryptology (Tanja Lange, Marc Stevens), Spring 2015
Algebraic number theory (Peter Stevenhagen, Bart de Smit), Fall 2014
Ergodic theory (Charlene Kalle, Karma Dajani), Fall 2014
Algebraic geometry, a DIAMANT course in Mastermath, Spring 2014
Semidefinite optimization, a DIAMANT course in Mastermath, Spring 2014
Rational points on varieties, a DIAMANT course in WONDER, Fall 2013
Elliptic curves, a DIAMANT course in Mastermath, Fall 2013
Probabilistic and extremal combinatorics, a DIAMANT course in Mastermath, Fall 2013
p-adic numbers and applications, a DIAMANT  course in Mastermath, Spring 2013
Advanced linear programming, a DIAMANT course in Mastermath, Spring 2013
Set theory, a DIAMANT course in Mastermath, Spring 2013
Algebraic Number Theory, a DIAMANT course in Mastermath, Fall 2012
Cryptology, a DIAMANT course in Mastermath, Fall 2012
Semidefinite Optimization, a DIAMANT course in Mastermath, Spring 2012
Algebraic Geometry, a DIAMANT course in Mastermath, Spring 2012
Elliptic Curves, a DIAMANT course in Mastermath, Fall 2011
Automatic Sequences, a DIAMANT course in Mastermath, Fall 2011
Complexity Theory, a DIAMANT course in Mastermath, Spring 2011
Diophantine Equations, a DIAMANT course in Mastermath, Spring 2011
Algebraic Number Theory, a DIAMANT course in Mastermath, Fall 2010
Representation theory, a DIAMANT course in Mastermath, Fall 2010
Topics in Number Theory: p-adic numbers and zeta-functions, a DIAMANT course in Mastermath, Spring 2010
Cryptology, a DIAMANT course in Mastermath, Spring 2010
Goedel's Incompleteness Theorem, a DIAMANT course in Mastermath, Spring 2010
Model Theory with non-standard analysis, a DIAMANT course in Mastermath, Spring 2010
Elliptic Curves, a DIAMANT course in Mastermath, Fall 2009
Invariant Theory with Applications, a DIAMANT course in Mastermath, Fall 2009
Advanced Graph Theory, a DIAMANT course in Mastermath, Spring 2009
Algebraic Geometry, a DIAMANT course in Mastermath, Spring 2009
Algebraic Number Theory, a DIAMANT course in Mastermath, Fall 2008
Coding Theory, a DIAMANT course in Mastermath, Fall 2008
Cryptology, a DIAMANT course in Mastermath, Spring 2008
Elliptic Curves, a DIAMANT course in Mastermath, Spring 2008
Diophantine Approximation, a DIAMANT course in Mastermath, Fall 2007
Permutation Groups and Coxeter Groups, a DIAMANT course in Mastermath, Fall 2007
Discrete Structures, a DIAMANT course in Mastermath, Spring 2007
Computer Algebra, a DIAMANT course in Mastermath, Spring 2007
Algebraic Number Theory, a DIAMANT course in Mastermath, Fall 2006
Coding Theory, a DIAMANT course in Mastermath, Fall 2006
 



Mathematics cluster DIAMANT

Upcoming events

News - more news

3 DIAMANT PhD positions awarded
19-12-2017

NWO, following a shortlist provided by the DIAMANT board, has decided to award 3 PhD positions to young DIAMANT members: Dion Gijswijt (TU Delft), Jan Steffen Müller (RUG) and Arno Kret (UvA).
Read more.



DIAMANT funding continued
19-12-2017

The funding of all four mathematics clusters has been continued by NWO. For the coming two years 85 kE will be available in each cluster.
Read more.



NWO Call for Tenure Track positions
22-7-2016

NWO has opened a call for tenure track positions. Proposals for these positions, which include one PhD position for each tenure track position, can be submitted directly to NWO by professors from the 4 mathematics clusters, including Diamant. Diamant professors are warmly encouraged to submit proposals. Read more.



Dion Gijswijt and Jordan Ellenberg independently substantially improve capset bound
25-5-2016

A capset in a finite dimensional vector space over the field with 3 elements is a subset that contains no 3-term arithmetic progressions. Dion Gijswijt (TU Delft) and Jordan Ellenberg have independently obtained a bound on the size of a capset that for the first time improves substantially on the trivial bound 3^n. Read more in Terence Tao's blog about these developments.