t***b
发帖数: 19 | 1 Applications are invited for a postdoctoral position in nanofluidics and DNA
sensing available in Dr. Chao Wang's lab at Arizona State University,
starting in January 2016. The successful applicant for the position will
join a highly motivated multidisciplinary team and work on novel nanofluidic
architectures that will manipulate and detect DNA at single molecule level
and at a high sensitivity. The successful applicant is expected to leverage
the various nanofabrication and characterization resources available at ASU
to study cutting-edge nanofluidic technologies.
At the time of appointment, candidates must have a PhD in nanoscience,
electrical engineering, or a related/equivalent field. Prior experience in
nanomanufacturing (electron beam lithography, nanoimprint lithography, TEM,
etc.) is strongly preferred but not required. Successful candidates are
expected to conduct independent research with minimal supervision, publish
technical papers in top-tier journals, and present their research work in
conferences and project review meetings.
Appointments will be for one year with renewal based on performance. Salary
of the position is competitive. Please send a CV and contact information for
three references to [email protected]
/* */ Screening of applicants will begin
immediately and continue until the positions are filled.
Please refer to http://faculty.engineering.asu.edu/wangch/ for updated information.
ASU NanoFab: This user facility offers state-of-the-art device processing
and characterization tools, and is supported by knowledgeable technical
staff. For this project, the ASU NanoFab will be used for the fabrication of
the designed devices. The nanofabrication facilities include: 4000 sq. ft.
C100/M3.5 clean room with Si-MOS IC processing capabilities, GCA 850 stepper
, JEOL 6300FS (field emission) electron beam lithography system, and Hitachi
S4700 FESEM. Conventional process capabilities include furnaces,
photolithography, dielectric deposition, metal deposition (sputtering and
evaporation), rapid thermal annealing, and metrology tools.
LeRoy Eyring Center for Solid State Science: This center is the primary
materials characterization user facility at ASU, and the Center's
instruments are available to the entire ASU research community and to
government and industrial users. The facilities-which include all of the
equipment for carrying out cutting-edge materials science-are supported by a
dedicated staff with a commitment to client engagement. Tools available at
the Center include JEOL JEM 2000FX TEM, JEOL 4000EX for 400keV lattice
imaging, Philips CM200 for holographic imaging of nanoscale fields, an
environmental SEM (FEI), Raman spectroscopy, variable-angle spectroscopic
ellipsometry and profilometry. |
|
