Publications

We have studied the effect of a nonequilibrium population of optical phonons on the energy relaxation of two-dimensional hot electrons in a semiconductor quantum well.

We have studied the effect of a nonequilibrium population of optical phonons on two-dimensional hot electron transport in a strong external electric field.

A theory is developed to describe the scattering function of a diblock copolymer in the presence of a steady homogeneous flow field.

We consider the influence of intense coherent laser fields on the electronic and optical properties of semiconductors.

The recently developed transport theory of two-dimensional carriers has been applied to an electron-lattice-hole system with an applied electric field in a GaAs-Ga sub x Al sub (1- x) As heterojunc

Algorithms for a system which performs in-service nonintrusive measurements of telephone line parameters such as echo path delay, echo attenuation, speech and noise levels are presented in this pap

We propose a multistage nonlinear blind interference cancellation (MS-NL-BIC) receiver for direct sequence code-division multiple-access (DS-CDMA) systems.

A new method of scanning tunneling microscopy is proposed that should allow atomic resolution on insulators.

There is now strong indication 1 ' 2 that optical transmission using lightguides3 and optical cables is technologically approaching a readiness for use in telecommunications.

In recent years the use of Wireless Sensor Networks (WSNs) has increased rapidly, enabled by the development of small and ultra-low power electronics.