 |
Alexander Collins |
Integral cohomology of finite p-groups (DC1) |
Technische Universität Braunschweig |
 |
Giulia Orrù |
Constructing equivariant CW-complexes for arithmetic (and related) groups (DC2) |
University of Galway |
 |
Nicola Falciola |
Formal verification of theory and algorithmic output for modular forms (DC3) |
Vrije Universiteit Amsterdam |
 |
Fotios Provatas |
Effective algorithms for space groups (DC4) |
Technische Universität Braunschweig |
 |
Sarah El Boustany |
Homological perturbation theory for Hochschild cohomology and applications (DC5) |
University of Galway |
 |
Alexander Wiesner |
Algorithms for Polycyclic groups associated to number fields and cryptographic applications (DC6) |
Université de Bordeaux |
 |
Frederik Wunden |
Constructive contractibility of CW-complexes associated to arithmetic groups and applications to Hecke operators (DC7) |
University of Galway |
 |
Alejandro de la Torre Duran |
Advanced computing and heuristics for higher dimensional Voronoi complexes and applications (DC8) |
Université Grenoble Alpes |
 |
Gabriel Jalil |
Computing isometries and automorphisms of lattices: Classical vs Quantum Computing and Applications (DC9) |
Université Grenoble Alpes |
 |
Tao Huang |
Twisted characteristic classes, symplectic groups and Hermitian K-theory of number fields (DC10) |
Université Grenoble Alpes |
 |
Hao Zhang |
Cohomology of SL2 over the Hamiltonians (DC11) |
University of Sheffield |
 |
Saheb Mohapatra |
Cryptographic Applications of Motivic Cohomology Groups (DC12) |
University of Durham |
 |
Narges Shavali Kohshor |
Torsion elements in higher K-groups (DC13) |
University of Durham |
