Publications

Optically pumped atomic vapors have been proposed as polarized targets for enhancing nuclear reaction rates in thermonuclear fusion reactors, for polarization sensitive nuclear reaction studies in

In the present manuscript, we obtain spectra of gaseous Ca2 cooled to 20K which are quite simple and easy to analyze.

Non-resonant laser induced desorption of adsorbed molecules from surfaces has been simulated using the stochastic trajectory technique.

The steps to fabricate thin film passive elements and interconnecting circuitry on hard substrates are well documented.

Laser modules with broadband characteristics are required in multi-gigabit/s lightwave systems and in some analog applications.

We have fabricated and characterized fiberized MEMS in situ power monitor chips in which a surface-micromachined out-of-plane micromirror partially reflects the incident multimode light to an on-ch

Methods of laser optical pumping suitable for producing polarized nuclei for targets in nuclear structure physics experiments have been developed in the past few years.

This work investigates the application of laser programming technology to gallium arsenide digital integrated circuits.

We demonstrate the projection patterning of Al by laser activated metal-organic chemical vapor deposition.

We examine various strategies designed to assure the reliability of semiconductor lasers intended for an application in which the design lifetime is long, replacement of redundancy is impractical