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As we transition from late
summer heat to cool fall days, things are heating up for nanotechnology in our region.
It seems that everyone is busy with one major project or another, and the Pennsylvania
NanoMaterials Commercialization Center (the Center) is no exception.
As many of you know, we are in the
final countdown for our fall conference, Commercialization of NanoMaterials 2007.
This year’s event will be at the Sheraton Station Square Hotel from November 11
- 13, and promises to be an even bigger affair than last year’s conference. This
year, the convention has expanded to provide a broader range of interesting topics
and perspectives on the course of nanotechnology commercialization.
There is a new plenary panel involving
thought leaders in nanotechnology from five countries: Japan, Korea, France, Germany
and Canada. In addition, there is a venture capital investment panel, a session
on applications of nanomaterials to biology and a panel on nanomaterials for energy
applications. These new sessions are in addition to updates in functional and structural
nanomaterials, coatings and developments in environmental health and safety issues
for nanotechnology. This year we are delighted that Representative Mike Doyle will
be welcoming all attendees on the first day of the conference.
Please join us at the Sheraton for
what I believe will be an excellent meeting. Register by October 29 to receive
a discount!
And the Center continues to grow and
expand as well. We have just announced the funding of three new projects. We are
proud to partner with three small high-technology companies in our region; Crystalplex
Corporation, Integran Technologies USA and HydroGen Corp. These projects add further
diversification to the Center’s project portfolio. They involve innovative applications
of nanotechnology to more efficient lighting, stronger metals and more efficient
fuel cells. View our press release for more detailed information. View first press release.
View second press release.
The Center is accepting proposals
from November 1, 2007 to January 31, 2008. For those who wish to submit nanotechnology
commercialization ideas to the Center prior to a full proposal, visit the Idea Submission
section
of our Web site for more information. Also, if you have any questions, don’t hesitate
to call or e-mail me at
abrown@pananocenter.org.
I am also very pleased to share the
addition of a new employee to the Center. Dr. Alicyn Rhoades has just joined me
as Research Commercialization Project Manager on September 4. She will be taking
over the proposals and project management process for the Center. You can learn
more about her in the article that follows. Please join me in giving Alicyn a warm
welcome! You can contact her at
arhoades@pananocenter.org.
Finally, we are currently in the process
of re-designing our Web site, so please
e-mail me with any suggestions for improving our services and support for
your ideas and projects.
Alan Brown, Ph.D.
Executive Director
Pennsylvania NanoMaterials Commercialization Center
Pittsburgh, PA
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CURRENT
PA NANO CENTER PROJECTS |
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Integran
Technologies USA
In partnership with Integran Technologies USA, the Center is funding the commercialization
of a new nanomaterials coaxial wire technology. This novel wire technology will
increase the durability of lightweight electrical wiring systems, and will benefit
weight reduction and energy efficiency initiatives in the transportation sector.
This project will help to establish the new wire technology as a fully proven, mass
production-ready process and to create a new technology and market support center
in Pittsburgh to serve the wiring industry across the U.S.
www.integran.com
Crystalplex
Corporation
The Center is supporting the commercialization of an innovative new quantum
dot technology with Crystalplex Corp. Quantum dots are nano-sized semiconductor
crystals that have unique optical properties, and Crystalplex develops them for
optoelectronic, security and life science applications. This project will use these
nano-sized devices to improve the efficiency, while reducing the costs of light
emitting diodes (LEDs) used in energy saving lighting and electronic displays.
www.crystalplex.com
HydroGen
Corportion
The Center is funding HydroGen Corporation to develop and manufacture enhanced performance
hydrogen fuel cell electrodes. The new electrodes will use novel carbon nanotubes
to improve the performance and lifetime of the electrodes, thereby reducing overall
costs for fuel cell operations. This project will allow HydroGen to manufacture
an improved fuel cell electrode and expand its fuel cell business worldwide.
www.hydrogenllc.com
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The
Pennsylvania NanoMaterials Commercialization Center Welcomes Alicyn Rhoades, Ph.D.
The Center is pleased
to introduce Alicyn M. Rhoades, Ph.D., who joined our team as Research Commercialization
Project Manager on September 4. Dr. Rhoades comes to the Center most recently from
The University of Southern Mississippi College of Science and Technology where she
promoted collaboration between the university and small start-up companies as commercialization
of technology leader. Dr. Rhoades also led programs to increase student awareness
of entrepreneurial training opportunities at the University and directed graduate
recruitment for the University’s “Commercialization of Technology” program. Under
a National Science Foundation endowment, she led four entrepreneurial graduate teams
in developing business plans for commercialization of new technology, and she developed,
organized and conducted Project Action, a career outreach program for undergraduate
women in the sciences. Dr. Rhoades has also worked as an independent consultant
within the arena of commercializing technology.
Dr. Rhoades is the author of numerous
presentations on polymers research, and has spoken at the 18th EPSCoR National Conference,
the 4th Annual INSPIRE Conference and the Oklahoma EPSCoR Women in Science – Mentoring
Women in the STEM Majors conference. Her research has appeared in the Journal of
Coatings Technology, Progress in Organic Coatings, Polymeric Materials Science and
Engineering and a variety of other publications. Dr. Rhoades earned a Bachelor's
degree in plastics engineering technology from the Pennsylvania State University,
Behrend College. She received her Doctorate in polymer science from The University
of Southern Mississippi, where she also minored in commercializing technology.
Though she landed here from Hattiesburg,
Miss., Dr. Rhoades is no stranger to the Pittsburgh area. She is originally from
Tidioute, Pa., north of Pittsburgh on the Allegheny River. Since her family is near
to the city, Dr. Rhoades has kept Pittsburgh on her radar of potential places to
live and work throughout the years. Her awareness to this region has also been influenced
by the outreach efforts of Bayer MaterialScience AG, a global producer of polymers
and high-performance plastics headquartered in Pittsburgh.
Dr. Rhoades goes by “Alicyn” or “Ali”
at the Center, and her two-year-old son Eli calls her “Mama” at home. Alicyn and
her husband, Dave, are also eagerly anticipating the arrival of another son in early
2008.
Please join us in welcoming Dr. Alicyn
Rhoades back to Pittsburgh and to the Pennsylvania NanoMaterials Commercialization
Center! She can be reached by e-mailing
arhoades@pananocenter.org.
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Nanotechnology at the University of Pittsburgh
Essentially Nano:
Pitt’s strength in nanotechnology research is in the study of nanostructures at
the core nano level, 20 nm or below. This area of focus, known as ‘essentially nano’
is the level of nanoscience where a number of fundamental discoveries and breakthroughs
can be made.
Interdisciplinary Collaboration:
The
Petersen Institute of NanoScience and Engineering (PINSE) brings coherence
to the University's research efforts and resources in nanotechnology. The Institute
solves large, complex scientific and engineering challenges in nanoscience and engineering
by facilitating interdisciplinary teams drawn from the three school areas of Engineering,
Arts & Sciences and Health Sciences. The Institute currently comprises over
50 faculty and they perform various research topics covering: nanostructured materials
(nanoparticles, colloids, nanotubes/nanowires, photonic crystals, etc.) synthesis,
functionalization and characterization; plasmonics and spintronics; molecular electronics;
nanomechanics; metrology and nano-instrumentation; nano-bio materials and devices
for diagnostic and therapeutic applications; molecular-level simulation and modeling;
nanosystems-on-a-chip; nanotoxicology. Pitt ranks sixth among U.S. universities
in creating spin-off companies, and one of them (NanoLambda) recently won the nanotech
ventures award at the 10th annual Nano Science Technology Institute conference held
in California.
NanoScale Fabrication and Characterization Facility (NFCF):
A user facility in 4000 square foot clean-room environment has been established,
housing advanced equipment with core nano-level (10 nm or below) capability, including
e-beam lithography (Raith e-Line), dual-beam (FIB/SEM: Seiko SMI-3050SE), TEM (JEOL
JEM-2100F), Modular XRD for nanomaterials (Bruker Discover 8), etc. This facility
is designed for integration of structures at all length scales. The NFCF, opened
in September 2006, has been serving internal users and plans to open to external
users, too, starting this fall.
The University of Pittsburgh is one of the three university partners of the
Pennsylvania NanoMaterials Commercialization Center.

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Copyright ©2007
Pennsylvania NanoMaterials Commercialization Center.
All rights reserved.
Pennsylvania NanoMaterials Commercialization Center
2000 Technology Drive
Pittsburgh, PA 15219
phone: 412.687.2700
fax: 412.687.5232
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