Related docs:
Research activities
MS Previous research
Fullerenes research
Surface Chemistry research
Presentations:
2nd Y Oral Presentation (pdf, 5MB)
226 ACS presentation
(pdf, 2.8MB)
Avances en Electronica Molecular, Mexico Nov '03 (pdf, 25 MB)
Progres Recents dans L'Electronique Moleculaire, Paris Dec '03 (pdf, 33 MB)
From grad school:
Tour through the equipment at our labs
Collaborators and references:
D. L. Allara at MATSE
ME at Motorola
G.M. Whitesides research group
More information about my MS research and previous research
-----------------The following are pix of some equipment we have at our labs for chemical, surface and electrical characterization.
Here is my loyal and precious linux
box (an ix86 P4 2.66MHz/1GB DDR + 240GB HDs with Fedora
Core 1 2.4.2+) and a IBM X31 2884JUU:
the evaporator, an Edwards Auto 306, enough for Au evaporation; next to our ancient but clean glove box, and the ellipsometers,
an old Rudolph and a recent Gaertner LSE Stokes, with a 1mm HeNe laser:
We also have a small Rame-Hart contact-angle goniometer and a very recent Agillent 5973 GC-MS:
Our Nicolet 360 FTIR, next to a small BAS CV 50W, its cell stand, and a Shimadzu UV-Vis-NIR 3101; alsowe have a nice TA DSC-TGA:
the AFMs:
We have a 4 and a 6 probes Desert Cryogenics stations, with their corresponding Agilent 4155c SPA and a Tektronix TLA 715 logic
analyzer:
The highly used and abused PHI 5700 XPS-Kelvin probe at UH:
These are the cool evaporators we used for Au + Pd at the labs of Prof. Allara at Penn State:
They also allowed to play and screw (ops!) their surface FTIRs and the XPS:
This is Becton building clean room, at Yale, were we ran some shadow masking and Pd evaporation for Si-based nanopores:
More information about my main projects and my previous research projects