Computer simulation of quasi-1D electron system in parabolic confinement

Electrons bound to the surface of liquid helium form a model system in which the physics of strongly correlated particles interacting via Coulomb potential can be investigated. Here we present molecular dynamic study of strongly correlated electrons in an external parabolic confinement.

Influence of confinement on the melting and transport properties of a classical quasi-one-dimensional Wigner crystal

Transport Measurements of a Wigner Crystal on Liquid He: Melting in Confined Geometry

Micro- and Nano- Devices by Use 2D Electrons on Liquid Helium

We propose to develop a new class of mesoscopic electronic devices using a uniquely pure 2D electron system ? surface state electrons trapped on the surface of liquid helium.

Confinement effect on electron transport of Wigner solid on liquid He

Confinement effect on electron transport of Wigner solid on liquid He

Laser spectroscopy of Ba+ ions in liquid He: Towards the detection of Majo- rana fermion surface state in super uid 3He-B.