Publications

Waveguide integrated photodetectors with 100 GHz bandwidth were developed. Different transmission experiments have demonstrated their capability for 107 Gbit/s applications.

A preliminary study has been conducted to determine the feasibility of photoreflectance spectroscopy measurements to determine the polish perfection on GaAs wafers.

Measurements of the photorefractive behavior of many ferroelectric and piezoelectric insulators have yielded valuable information concerning the nature of deep levels and photocarrier transport, by

Making use of the photorefractive effect, we have developed a versatile method of imaging various crystal properties of semi- insulating compound semiconductors.

Photorefractivity has been observed in several Ge0 sub 2 -doped fibers.

The extension of optical microlithography to the production of the next generation of semiconductor devices has been enabled by the recent progress on the field of 193 nm lithography utilizing ArF

We demonstrate a germanium photoresistive microring heater that acts as a single device to sense and tune the resonant wavelength of the ring.

We report measurements of the photoresponse of superconductor-normal-metal point contacts (SNPC's) between electrochemically etched W whiskers (tip radius 10-200 nm) and bulk superconducting Ta imm

This article presents results of device fabrication using UV processing of materials and integrated optic components produced by flame hydrolysis deposition and hybrid sol-gel technology.

A technique is presented for thermally processing deuterium loaded silica-on-silicon samples to provide an enhanced photosensitivity lifetime of at least one year at room temperature.