Steering Committee to study Nanotech growth in Washington
Commercial potential of the very small
may mean big payoff for state’s
economy
Nanotechnology, the “science of the small,” may be the next
big thing for Washington State and state lawmakers have set in motion
the means to study the long-term economic impact of this technology in
the state.
Steering Committee |
Lee Cheatham, Executive Director, Washington
Technology Center |
Amit Kumar, President & CEO,
Combimatrix |
Jim Kajiya, Director,
Microsoft Research |
Patrick Ennis, Managing Director,
Arch Venture
Capital |
Richard McCullough, Dean,
Mellon College of
Science,
Carnegie Mellon University |
Chris Anzalone, Partner,
Benet Group |
J. William Rogers, Associate Director, Pacific
Northwest National Laboratories |
Jim Severson, Vice-Provost,
University of
Washington
Tech Transfer |
The Washington Technology Center (WTC) is leading the strategy around
the Nanotechnology Initiative. “Washington technology companies
are already seeing the impact nanoscience has on market potential,” says
Lee Cheatham, executive director of the Washington Technology Center. “The
goal of the nanotechnology initiative is to determine how to best leverage
this technology to our state’s competitive advantage. The results
of which are a stronger economy, increased capital investment in Washington
companies, and more jobs,” Cheatham adds.
Cheatham is one of the members of a Steering Committee, comprised of
senior-level professionals from industry, academia and business tasked
with moving
the Washington Nanotechnology Initiative’s goals forward.
- Realistic strategies for getting the technology into the market;
- Path to commerce through existing companies—key is how it can
improve processes;
- Taking the technology out of the lab and into the marketplace.
The Steering Committee met March 11 to begin work on the strategic plan
which will outline objectives for examining the scope and magnitude of
the nanotechnology market in Washington and recommend a targeted action
plan for capitalizing on this opportunity. Results of the study will be
announced in June.
Nanotechnology has the potential to affect almost every aspect of our
lives at the molecular and atomic scale—as minute as one-billionth
of a meter. The benefits of applying nanotechnology are numerous—better
healthcare; faster, smaller computers; more efficient energy production
and storage; fuel-efficient automobiles and aircraft; more durable materials
for clothing, housing, and consumer goods. The global market for nanotechnology
is predicted to reach $1 trillion in the next ten years.
U.S. Sen. Maria Cantwell (D-WA), a long-time proponent of economic growth
through the commercialization of scientific research, led the effort to
create the Washington Nanotechnology Initiative, which advocates positioning
Washington at the forefront of nanotech commerce. “Washington has
all the resources needed—intellectual property, world-class research
institutions and strong entrepreneurial spirit—to become a national
leader in nanotechnology,” says Sen. Cantwell.
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