Titlebook: Spin and Charge Ordering in the Quantum Hall Regime; Benedikt Frieß Book 2016 Springer International Publishing Switzerland 2016 Two-Dimen

野蛮

Introduction,ce. Despite the vast number of microscopic states, the overall macroscopic behavior of such systems is often rather simple and can in most cases be conveniently described by only a few quantities. It appears almost paradoxical that reducing the electronic degrees of freedom, in contrast, yields some

PRISE

degradation

Ancestor

The Spin Polarization of the , State,pter, we rely on a different aspect of the hyperfine interaction, namely the ability to probe the electron spin polarization by a nuclear magnetic resonance (NMR) of the host crystal. Using this technique, we have measured the spin polarization of the FQHS at filling factor ..

Overdose

kidney

分发

Summary, phenomena. Some of the finest pieces of many-body physics are featured in the quantum Hall effect. In the light of the magnificent physics transpiring in the quantum Hall regime, we have put the focus on electronic and nuclear spin phenomena as well as the spatial ordering of charges in bubble and

证实

hangdog

Introduction,nveniently described by only a few quantities. It appears almost paradoxical that reducing the electronic degrees of freedom, in contrast, yields some of the most diverse and fascinating phenomena in physics.

协迫

Probing the Microscopic Structure of the Stripe Phase at ,,e used more generally to probe the distribution of the electron density in all three spatial dimensions. Due to this local sensitivity, NMR is ideally suited to study the spatial ordering of electrons which is believed to occur in the density-modulated phases introduced in Sect. ..