Publications

We recently reported the synthesis and preliminary characterization of polybis(pyrrolyl)phosphazene (PBPP); this new polymer undergoes electrochemical oxidation to produce electronically conductin

We employed the absorption and photoluminescence (PL) spectroscopies, PL excitation dependence and PL-detected magnetic resonance (PLDMR), to study the steady state photophysics of ultrapure cr-GT

We study the evolution of liquid structure factors with changing bond- orientational (hexatic) order.

The Open Radio Access Network (O-RAN) architecture has served as a key enabler for the programmable control of cellular networks through its introduction of the RAN Intelligent Controller (RIC).

The wavelength regime of 2.5 - 3micron is of interest because it coincides with the anticipated minimum loss for fluoride fibers that are being developed.

HgCdTe multiple quantum wells with transition energies near 3microns have been grown by molecular beam epitaxy.

Hg sub (1-x) Cd sub x Te/Hg sub (1-x) Zn sub x Te superlattices with constant Hg content have been grown by molecular beam epitaxy for x between 0.23 and 0.4.

We propose and demonstrate an all epitaxial semiconductor/semimetal Schottky (S sup 3) photodiode based on an n-type Hg sub (0. 56) Cd sub (0.46)Te/HgTe isotype heterojunction.

We have fabricated and demonstrated a novel HgCdTe photovoltaic detector based on an isotype heterojunction between n:Hg sub (0.54) Cd sub (0.46) Te and n:HgTe.

For the first time, the epitaxial growth of small-period HgTe- CdTe superlattices was achieved by metalorganic chemical vapor deposition.