TALKS OF:

Linking Nuclei, Molecules, and Condensed Matter:
Computational Quantum Many-Body Approaches

     

Ray Bishop

   

Confronting the Quantum Many-body problem: an overview of the coupled cluster method and its applications in physics

     

Jorge Dukelsky

   

Hierarchical Mean Field

     

Damian JJ Farnell

   

The Coupled Cluster Method Applied to Quantum Spin Systems

     

Christian Forssén

   

No-Core Shell Model for Nuclear Structure and Beyond

     

Andreas Honecker

   

Exact Diagonalization Algorithms Applied to Quantum Spin Systems

     

Jesse Kinder

   

Correlator Product States

     

William A. Lester Jr.

   

Quantum Monte Carlo for the electronic structure of molecules

     

Petr Navratil

   

Ab initio No-Core Shell Model

     

Thomas Papenbrock

   

Coupled-cluster theory for medium-mass nuclei

     

Piotr Piecuch

   

Coupled-Cluster theory: from Quantum chemistry to applications in nuclear physics

     

S. Pittel

   

The J-DMRG and the nuclear shell model

     

J. Richter

   

The J1 - J2 model on the square lattice: Exact Diagonalization and Coupled Cluster Method

     

Robert Roth

   

Importance Truncated No-Core Shell Model for Nuclear Structure

     

K. Ruedenberg

   

Towards a Full Ab Inito Understanding of Diatomic Potential Energy Curves and the Transition from the Covalent to the van der Waals Regime

     

Felix Schmitt

   

DMRG for Ultracold Bose Gases in Optical Lattices

     

Roman Schnalle

   

Irreducible tensor operators and point-group symmetries for spin systems

     

Jörg Schulenburg

   

SPINPACK – parallel performance and possible acceleration using FPGAs

     

Boris Tsukerblat

   

Symmetry in molecular magnetism: multispin systems

     

Niels Walet

   

The Coupled Cluster Method and the Pairing Problem

     
     
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