The present status of Bell Labs tunneling and surface physics work on Oxidized Metal Overlayers (OMO) is summarized and placed in perspective with other work in the filed of superconducting tunnel
We report on tunneling experiment between two quantum Hall droplets separated by a nearly ideal tunnel barrier.
We have measured detailed I-V characteristics of small areas of YBa sub 2 Cu sub 3 O sub (7-delta) films, which exhibit structure associated with individual Josephson junctions within the film.
We provide a semiclassical theory of tunneling decay in a magnetic field and a three-dimensional potential of a general form.
We show that, if there is a magnetic field having a component parallel to a 2D electron layer, strong electron correlations can change the rate of tunneling from the layer to the 3D continuum expon
We show that in a magnetic field parallel to a two-dimensional (2D) electron layer, strong electron correlations can change the rate of tunneling from the layer to the 3D continuum exponentially.
Tunneling images of vicinal Si(001) tilted 4D about the [bar over 110] direction have been obtained.
We report the first observation of tunneling through In sub (0.53) Ga sub (0.47) As-InP double-barrier structures at 77K and 4.2K.
We obtain the exact solution for an electron tunneling through a thin barrier and coupled to Einstein phonons, by means of a continued fraction expansion.
We explore the characteristics of equilibrium tunneling of electrons from a 3D electrode into a high mobility 2D electron system.
