We develop a theory of cavity quantum electrodynamics for a 2D electron gas in the
presence of Rashba spin-orbit coupling and perpendicular static magnetic field, coupled to …

Scanning tunneling spectroscopy is used to study the real-space local density of states of a
two-dimensional electron system in a magnetic field, in particular within higher Landau …

We study theoretically the energy and spatially resolved local density of states (LDoS) in
graphene at high perpendicular magnetic field. For this purpose, we extend from the …

Using low-temperature scanning tunneling spectroscopy applied to the Cs-induced two-
dimensional electron system (2DES) on p-type InSb (110), we probe electron-electron …

The inversion layer of p-InSb (110) obtained by Cs adsorption of 1.8% of a monolayer is
used to probe the Landau level wave functions within smooth potential valleys by scanning …

Motivated by high-accuracy scanning tunneling spectroscopy measurements on disordered
two-dimensional electron gases in strong magnetic field, we present an expression for the …

We theoretically investigate the spectral properties and the spatial dependence of the local
density of states (LDOS) in disordered two-dimensional electron gases (2DEG) in the …

From the scattering of semicoherent-state wave packets at high magnetic field, we derive
analytically the transmission coefficient of electrons in graphene in the quantum Hall regime …

The question of why different experiments obtain different shapes of Landau subbands of
two-dimensional electron gases (2DEG's) is investigated. In particular, we consider …

Motivated by recent high-resolution scanning tunneling microscopy (STM) experiments in
the quantum Hall regime both on massive two-dimensional electron gas and on graphene …