We report localization effects in a non-degenerate two-dimensional electron gas formed on a solid hydrogen substrate.
Using single electron capacitance spectroscopy, we study electron additions in quantum dots containing two potential minima separated by a shallow barrier.
Localization and Coulomb interactions effects have been observed in GaAs:Si layers interspersed with GaAs.
Measurements of the resonance shifts and nuclear relaxation rates were carried out as functions of composition and, to a limited extent, temperature.
Capacitance-voltage (CV) profiling measurements on delta-doped n-type GaAs reveal extremely narrow peaks of 40angstroms.
As cellular networks like 4G LTE networks get more and more sophisticated, mobiles also measure and send enormous amount of mobile measurement data (in TBs/week/metropoliton) during every call and
As cellular networks like 4G LTE networks get more and more sophisticated, mobiles also measure and send enormous amount of mobile measurement data (in TBs/week/metropolitan) during every call and
Peer-to-Peer (P2P) file sharing applications cause a huge monetary loss at the ISPs because majority of P2P traffic is inter-ISP traffic.
The many-body wave function of localized states in one dimension is probed by measuring the tunneling conductance between two parallel wires, fabricated in a GaAs/AlGaAs heterostructure.
We consider a simple model of a random chain at an interface between two fluids, and suppose that its monomers have random affinities with both fluids (e.g.
