We present an in-depth study of the spin-orbit (SO) interactions occurring in inversion-
asymmetric two-dimensional hole gases at semiconductor heterointerfaces. We focus on …

The spin-orbit interaction of holes in zinc-blende semiconductors is much stronger than that
of electrons. This makes the hole systems very attractive for possible spintronics …

We investigate the relationship between the Zeeman interaction and the inversion-
asymmetry-induced spin-orbit interactions (Rashba and Dresselhaus SOIs) in GaAs hole …

In-plane hole g factors measured in quantum point contacts based on p-type
heterostructures strongly depend on the orientation of the magnetic field with respect to the …

We present transport experiments performed in high-quality quantum point contacts
embedded in a GaAs two-dimensional hole gas. The strong spin-orbit interaction results in …

The complex structure of the valence band in many semiconductors leads to multifaceted
and unusual properties for spin-3/2 hole systems compared to common spin-1/2 electron …

Gauge theories, while describing fundamental interactions in nature, also emerge in a wide
variety of physical systems. Abelian gauge fields have been predicted and observed in a …

We report on the magnetic field dependence of half-integer quantized conductance plateaus
(HQPs) in InAs quantum wires. We observe HQPs at zero applied magnetic field in InAs …

One dimensional semiconductor systems with strong spin-orbit interaction are both of
fundamental interest and have potential applications to topological quantum computing …

Many modern spin-based devices rely on the spin-orbit interaction, which is highly sensitive
to the host semiconductor heterostructure and varies substantially depending on crystal …