Positions for Ph.D graduate student and postdoctoral research fellow

[Guiren Wang]

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*Positions for  *



*Ph.D graduate students and postdoctoral research fellow on*



            *Optical nanoscopy, bioimaging, computer control and signal
processing, micro/nanofluidics*





Highly motivated applicants with strong experimental background in optics
and bioimagings or micro/nanofluidics are invited to apply for Ph.D student
position for experimental research in Biomedical Engineering. We have
developed a large multifunctional far-field optical nanoscopic system using
two tunable femto lasers for the super resolution imaging,
nanophotolithography and measurement. The system will be explored in
multidisciplinary research in biochip and Lab-on-a-Chip devices, cellular
bioimaging within a single living cell with super-resolution to develop new
technique for biomedical research, as well as studying the fundamentals of
transport phenomena in micro/nanofluidics. Ideally, the applicant should
have a master degree and experience in one or several of the following
fields: nonlinear optics and femto laser, super-resolution microscopy,
confocal microscopy, bioimaging, ultrafast fluorescence dynamics and
fluorescence spectroscopy, computer control and signal processing.



The Nanofluidics and Microfluidics Lab at The University of South Carolina
is dedicated to experimental science over a broad range of disciplines.
Current research is carried out in science and engineering, with an
emphasis on interdisciplinary work and the development of new experimental
tools. The position needs to be filled as soon as possible. To apply,
please email your resume to: [hidden email]. Dr. Guiren Wang, Associate
Professor, Biomedical Engineering Program & Department of Mechanical
Engineering, University of South Carolina, Columbia, SC 29208, USA; Tel:
[phone].



We also welcome visiting students and scholars and the research areas
are：micro/nanofluidics,
lab-on-a-chip, far field optical nanoscopy, super-resolution imaging,
cancer detection, fluorescence spectroscopy, nanophotolithography, fluid
dynamics (interfacial flows, e.g. slip flow using novel nanoscopic
velocimeter developed in our group recently), turbulence (also including
microelectrokinetic turbulence discovered recently in his group) and mixing.