Using an integrated coherent front end, four high speed ADCs and powerful FPGA, a fully reprogrammable coherent receiver is reported and impact of various parameters on system performance are measu
Using a basic heterostructure design with appropriate contacts diffused to the AlGaAs/GaAs interface, a 2D high mobility hole channel can be populated through field effect using a simple layered to
In order to investigate the coalescence and out-of-plane jumping of two incompressible droplets on a non-wetting surface surrounded by an incompressible fluid with matched viscosity in the low Ohne
We have studied the sensitivity to boundary conditions of wave functions in the lowest Landau level for the two-dimensional non-interacting electron gas in high magnetic fields.
One- and two-dimensional heteronuclear H-1 - C-13 and homonuclear H-1 NMR experiments have been examined for their usefulness in establishing stereochemical sequence assignments in poly (vinyl chlo
Two dimensional nuclear Overhauser experiments (2D NOE) have been used to study the conformational and dynamic properties of a 20 amino acid alpha-helix of poly-gamma-benzyl L-glutamate (PBLG).
We describe an optical interconnect demonstrator in which 2D fiber ribbons directly interconnect digital CMOS ICs with flip-chip mounted VCSEL and detector arrays.
We study the scattering properties of an interface between a one-dimensional (1D) wire and a two-dimensional (2D) electron gas.
One of the most interesting UMTS networks features is their integration with the 2G networks that provides seamless end-to-end services.
Four digital circuits were processed with the Self-Aligned Refractory Gate process, in the DARPA III GaAs Pilot Line.
