Publications

We have developed a technique capable of measuring the tunneling current into both localized and conducting states in a 2D electron system (2DES).

This paper is concerned with the time optimal control problem of a system whose state is evolving on the sphere S2.

We describe time-resolved and spectrally-resolved laser-induced fluorescence measurements from the parity of A doublet levels of the A sup 1 II state of BCl radicals formed by CO sub 2 laser multip

Recently, a laser-induced fluorescence technique was developed for measuring plasma electric fields in situ and non- intrusively.

Radio frequency plasmas are widely employed in the microelectronics industry because they provide a means for anisotropic fabrication of microscopic patterns under low temperature conditions.

Time resolved Raman and absorption spectroscopies were used to characterize the vibrational and electronic structure of the *B sub (1g) excited state of Nickel (II) protoporphyrin IX dimethyl este

no abstract provided

Time-resolved product distributions of four softening coals pyrolyzed in an electrically heated grid are presented.

Using a spatially and polarization resolved spectral pulse shaper we demonstrate the ability to generate arbitrary spatiotemporal vector fields in optics at the distal end of a multimode

Lossless linear wave propagation is symmetric in time, a principle which can be used to create time reversed waves. Such waves are special ?pre-scattered?