Program overview

Patrick Vogt: Silicene materials: From prediction to synthesis and technological applicability

Steve Erwin: Intrinsic Spin Chains at Silicon Surface

Session 2:

Mieczyslaw Jalochowski: Multiple Pb atomic chains on Si(553) surface

Tanmoy Das: A new form of staggered spin-orbit order driven in Coulomb interaction in 2D systems

Michael Horn von Hoegen: Structure and Dynamics of 1D metal Wires at Surfaces: Phase Transitions and Ultrafast non-Equilibrium Dynamics

Fakher Assaad: Dimensional driven Mott transitions

Harold Zandvliet: One- and two-dimensional systems studied by STM

Thorsten Schmitt: Resonant Inelastic X-Ray Scattering on One-Dimensional Cuprate and Oxide heterostructure Materials

Thomas Fauster: Electron Dynamics in Topological Insulators

Michael Wimmer: Majorana fermions in nanowires: inside out

Nadj Perge: Majorana fermions in ferromagnetic atomic chains on a superconductor

Martin Weinelt: Temperature-dependent electron dynamics in the topological insulator Sb₂Te₂S

Christophe Brun: Remarkable effects of disorder on superconductivity of single atomic layers of lead on silicon

Matthias Bode: Spin-dependent surface properties analyzed by spatially averaging and local probes

Peter Kratzer: The magneto-Seebeck effect as a probe of electronic strucutre and spin-orbit coupling in metallic multilayers

Fumio Komori (contributed): Surface electron scattering and dynamics in an intrinsic topological insulator

Hugo Dil (contributed): Spin structures of polar and ferroelectric materials

Stefan Fölsch: Generating and probing semiconductor quantum dots with single-atom precision