Upton, New York, United States
Working as a principle investigator on scientific projects (nanofabrication, nanophotonics and x-ray optics) as well as supporting user research projects at Center for Functional Nanomaterials, Brookhaven National Laboratory.
Worked on a nanophotonics project involving simulating, fabricating and characterizing plasmonic nano-slit waveguides. Served as tool manager of a state-of-art e-beam lithography system (JBX-9300FS), training users and helping them expose ultra high resolution (sub-100-nm) patterns.
Developed x-ray optics using nanofabrication technologies such as electron-beam lithography, reactive ion etch, etc. Achieved a reproducible fabrication process for x-ray zoneplates (lens) with sub-30-nm resolution. Discovered Orentation-Dependence-of-Linewidth-Variation effect in sub-50-nm e-bean lithography and invented correction algorithms.
Jointed with position at Stony Brook University, worked on Ph. D. dissertation project on x-ray microscopy and nanofabrication using state-of-art nanofabrication tools.