|
Opportunities With Borguet Group |
New
Positions Available |
 |
|
We're interested in how the world
works on a molecular scale, and believe that some of the most interesting
and challenging phenomena occur on surfaces.
Our group has focused on how (and why)
-
Chemistry of semiconductor
interfaces affects device properties.
-
The surface chemistry of carbon
materials, including carbon nanotubes, determines their interactions with
the molecular world.
-
We can control self-assembly of
molecular monolayers at charged interfaces.
-
Molecular behavior is unique at
aqueous interfaces.
Reading our papers shows
(hopefully) that our work has ramifications for, among other things, the
construction of electronic devices, building better chemical sensors and
understanding molecular processes in the environment.
This group is largely problem based: we want to bring answers to important
and interesting questions. What may not be apparent is that most of our
research was initiated by students: we go where smart, motivated students
take us. If you're self motivated and want to extend some of our previous
work that's great, but if you have an entirely different avenue of research
in mind, that's OK too.
To start a conversation about how you can better understand the world in the
Borguet group send us a note.
|
|
|
|
____________________________________________________________________ |
| •
Electrochemistry / Nanosensors
Positions for postdocs
and graduate students are available in our Nanoscale Carbon
Electrodes for Intracellular Electrochemistry project, as part of a
collaboration with groups in Penn Engineering, Drexel Engineering and
Temple University's medical school.
Our collaborators have recently developed integrated
carbon-based nanopipettes (CNP) that do not require any assembly and can
be used in a variety of applications ranging from nozzles for nano-printing
to cellular probes to bio/chemical sensors. Now, we are focusing on
developing methods to functionalize the tip of CNP, investigating their
potential applications as cellular probes in important biological
systems.
Prospective graduate students should have a BS or MS in Chemistry,
Physics or related discipline. Prior experimental experience is a
plus but not essential.
Postdoctoral candidates should have significant electrochemistry and/or
Scanning Probe Microscopy (SPM) experience. Expertise in the following
areas would be useful; microelectrodes, electrochemistry, surface
modification, metal deposition, sensors, carbon materials, microscopy
[Scanning Electrochemical Microscopy (SECM), Scanning Electron
Microscopy (SEM), Atomic Force Microscopy (AFM) and Scanning Tunneling
Microscopy (STM)]. A strong record of publication in peer-reviewed
literature attesting to these capabilities is required. Additional
responsibilities include training and supervision of students, and
preparation of reports and manuscripts for publication. Ph.D. in
Chemistry or related discipline, awarded in the last five years, is
necessary.
Interested candidates should send a CV
to:
Email address:
eborguet@temple.edu |
|
____________________________________________________________________ |
| •
Nonlinear
Spectroscopy and Dynamics at Interfaces
Positions for postdocs
and graduate students are available in the Vibrational Spectroscopy
and Dynamics of Molecular Species at Aqueous-Mineral Interfaces
project. The position involves the use of vibrational Sum Frequency
Generation (SFG) to investigate the mineral surface OH-group properties
and acid-base chemistry. We are also investigating the ultrafast
vibrational dynamics of aqueous species, including water, at mineral
surfaces. The laboratory has two ultrafast regenerative amplifier
systems, with IR optical parametric amplifiers.
Prospective graduate
students should have a BS or MS in Chemistry, Physics or related
discipline. Prior experimental experience is a plus but not essential.
Postdoctoral candidates should have familiarity with ultrafast lasers,
and a knowledge of femtosecond pump-probe spectroscopy is a plus.
Candidates should preferably have experience with vibrational
sum-frequency and/or second harmonic generation from interfaces. A
strong background in physical/surface chemistry is desirable. Expertise
in the following areas would be useful: surface chemistry,
self-assembled monolayers, sensors, electrochemistry. A strong record
of publications in peer-reviewed literature attesting to these
capabilities is required. Additional responsibilities include training
and supervision of students, and preparation of reports and manuscripts
for publication. Ph.D. in Chemistry, Physics or related
discipline, awarded in the last five years, is necessary.
Interested candidates should send a CV
to:
Email address:
eborguet@temple.edu |
|
____________________________________________________________________ |
| •
Single Molecule Conductivity and Scanning Probe Microscopy of Molecular
Wires
Positions for postdocs and graduate students are available in our
Single Molecule Conductivity and Scanning Probe Microscopy of Molecular
Wires project. The focus of the research is the single molecule
conductivity of peptide nucleic acid based structure, the effect of
molecule electrode linker groups, and redox controlled conductivity, in
collaboration with a team of experimentalists and theorists at the
Carnegie Mellon University, the University of Pittsburgh and Duke
University.
Prospective graduate
students should have a BS or MS in Chemistry, Physics or related
discipline. Prior experimental experience is a plus but not essential.
Postdoctoral candidates must have experience with Atomic Force
Microscopy (AFM) and Scanning Tunneling Microscopy (STM), preferably
obtaining atomic and molecular resolution, in ambient and under fluid.
A background in physical chemistry or related discipline is desirable.
Candidates should have expertise in electrochemistry, preparation of
single crystal electrodes, and growth of self-assembled monolayers. A
strong record of publications in peer-reviewed literature attesting to
these capabilities is required Additional responsibilities include
training and supervision of students, and preparation of reports and
manuscripts for publication. Ph.D. in Chemistry or related
discipline, awarded in the last five years, is necessary.
Interested candidates should send a CV
to:
Email address:
eborguet@temple.edu |
|
____________________________________________________________________ |
|
•
Short-time
visiting student positions at all levels
Short-time visiting student and visiting professor positions are
available now. Financial support is available for visits with a
commitment of three months minimum. The projects include
Candidates should have a background in chemistry, physics, biology or
related discipline. Experience with surface analysis, STM, AFM,
electrochemistry or lasers is a plus.
Interested candidates should send a CV
to:
Email address:
eborguet@temple.edu |
|
____________________________________________________________________ |
| •
PhD opportunities in the Department of Chemistry, Temple University
Temple University:
founded in 1884, is a
state-related
public research
university
in
Philadelphia,
Pennsylvania.
Temple University is the 28th largest university in the United States,
the third largest provider of professional education in the country.
Department of Chemistry: We are always interested in talented
students. Our program is in rapid expansion you will find interesting
opportunities here. We have made several hires in the last two years,
two junior and four senior
- Hai-Lung Dai
Physical/Analytical/Materials/Photonics and Dean
- Jonathan G. Shackman
Analytical/Medicinal/Photonics
- Chris Schafmeister
Organic/Biological/Materials/Nanoscience
- Brad Wayland
Inorganic/Materials
- Mike Zdilla
Inorganic/Biological
Our latest hire,
Michael Klein, is an expert in molecular simulations.
http://www.temple.edu/cst/nmr/news09.html#Klein422
His election to the
National Academy of Sciences has just been announced!
In addition,
Giacinto Scoles, formerly at Princeton, is setting up an interfacial
biophysical chemistry laboratory at Temple.
http://www.temple.edu/cst/nmr/news.html#Scoles71
All in all, Temple
Chemistry is on the move.
Students admitted to our PhD program in Department of Chemistry in
Temple University will receive full financial support a stipend
($22.5k/year for 2008-2009) and paid health insurance and do not need to
pay tuition. We admit student for Fall and Spring (January).
And
the department may waive the application fee of $60 upon review of
copies of GRE/TOEFL scores and transcripts. More info, including a pdf
application where you can type in your info, is available at
http://www.temple.edu/chemistry/graduate/apply.html
Interested candidates should send a CV
to:
Email address:
eborguet@temple.edu |
|
____________________________________________________________________ |
|
Back to Top |
|
|
|
