Posters
Time-dependent renormalized natural orbital theory for intense laser-atom interaction
Martins Brics, University of Rostock, PDF
Dimensional reduction of Majorana modes at the boundary of a 3D topological superconductor
James de Lisle, University of Leeds, PDF
Propagating the two-particle reduced-density matrix of one- and two-dimensional Hubbard systems
Stefan Donsa, Vienna University of Technology, PDF
Time-Dependent Two-Particle Reduced Density Matrix Theory for Atoms in Strong Laser Pulses
Fabian Lackner, Vienna University of Technology, PDF
Spectral properties of reduced fermionic density operators and parity supers-election rule
Sergey Philippov, Russian Academy of Sciences, PDF
The semiclassical propagator of two anyons
Stefan Georg Fischer, Universitat Freiburg, PDF
SDPs for solving the quantum ground state problem
Christian Gogolin, The Institute of Photonic Sciences, PDF
The Symmetric Extendability Problem
Joel Klassen, The Institute for Quantum Computing Waterloo, PDF
Reduced Density Matrices in Quantum Chemistry
Arseny Kovyrshin, ETH Zürich, PDF
Current Correlations from a Mesoscopic Anyon Collider
Ivan Levkivskyi, ETH Zürich, PDF
Density functionals with the help of matrix product states
Michael Lubasch, University of Oxford, PDF
Topology of congiguration space for indistinguishable particles on tree graphs
Tomasz Maciazek, Center for Theoretical Physics, PAS, PDF
Mapping the electronic changes in MgO-nanoclusters using quantum mechanics: Effects on HOMO-LUMO gaps and Coulomb properties by symmetry and surface alterations
Sergio Manzetti and Alexei Yakovlev, Uppsala University, PDF
Topological Edge States are Monogamous
Konstantinos Meichanetzidis, University of Leeds, PDF
On the computational limits of a full quantum mechanical treatment for fewbody systems
Andrea Muolo, ETH Zürich, PDF
Exchange statistics on graphs
Adam Sawicki, University of Bristol, PDF
Active Orbital Space Selection Based on Density Matrices
Christopher Stein, ETH Zürich, PDF
Lagrange method based on natural orbitals
Jian Wang, Huzhou university, PDF
