We study the magnetoconductance of topological insulator nanowires in a longitudinal
magnetic field, including Aharonov-Bohm, Altshuler-Aronov-Spivak, perfectly conducting …

We introduce a correlation analysis that quantifies the emergence of self-similarity observed
in the magnetoconductance of a semiconductor billiard as it undergoes the transition from a …

We study the quantum interference effect for the single ballistic Aharonov-Bohm billiard in
the presence of a weak magnetic field B. The diagonal part of the wave-number-averaged …

The ability to scale device sizes to below a micro-meter has profound implications for
electron conduction in semiconductor systems. For conventional circuits, the reduced …

We present a model for the self-similar magneto-conductance recently observed in the low-
temperature measurement of a semiconductor Sinai billiard. To model the self-similar …

Phase relaxation time τ φ due to Coulomb interactions is studied semiclassically for
electrons in open chaotic billiards with two leads of width W. When W is much larger than the …

We study the magneto-transport properties of single ballistic Aharonov-Bohm (AB) billiards.
The wave-number averaged reflection probability is calculated by use of the semiclassical …

We demonstrate a device which induces a controlled and reversible transition in the
scattering dynamics of electrons, from nominallyregular'tochaotic'motion of the electrical …

We investigate the influence that classical dynamics has on interference patterns in
coherence experiments. We calculate the time-integrated probability current through an …

Negatively biased surface-gates allow electrostatic depletion of selected regions of a 2DEG,
forming confined regions of specific geometry called billiards, in which ballistic transport …