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NEW
YORK, Dec. 13, 2004 (PRIMEZONE) -- Advance Nanotech,
Inc. (OTCBB:AVNA) today announces a development collaboration
with the University of Bristol which could render
expensive, bulky TV screens a thing of the past as
a result of a new display technology
made from diamond dust.
Advance Nanotech has committed $2
million to a two-year multidisciplinary development
program combining the University's nanotechnology
expertise in the fields of chemistry and physics.
It opens up the possibility of cheaper and more power
efficient flat panel displays, for use in wide screen
digital TVs and many other applications.
Dr. Neil Fox,
lead scientist, at the University of Bristol, explains:
"We are thrilled that Advance Nanotech has chosen
to enter into partnership with us. Previous government
support for our nanodiamond work has allowed us to
reach a position where the technology is now ripe
for exploitation. Given Bristol's expertise in small
scale structures and materials, we are ideally positioned
to push forward the barriers of this area of nanotechnology."
This collaboration
will also enable scientists to combine diamond nano-particles
with other powerful nano-technologies and could lead
to the next generation of products in the home and
the workplace.
Magnus Gittins, Chief
Executive Officer of Advance Nanotech, says: "Today,
in collaboration with the University of Bristol, we
commence the development of revolutionary new displays
for consumer and business markets. The funding we
have provided will bridge the gap between this first
class innovation and marketable solutions for these
high-value markets."
Professor Eric Thomas,
Vice-Chancellor of the University of Bristol, adds:
"Research at the University of Bristol is of
the highest standard. It is very exciting to see this
knowledge transferred to the outside world and so
bring benefit to us all."
About Advance Nanotech
Inc
Advance Nanotech,
Inc. (``Advance'') commercializes innovative nanotechnology.
Operating in three areas, electronics, biopharma and
materials, Advance leverages relationships with financial
and development resources to enable a product focused
fast-track commercialization of nanotechnology. Advance
has established relationships with academic institutions
throughout the world that are at the forefront of
nanotechnology research and development. Advance's
objective is to invest in patented innovation to bridge
early stage product development with valuable markets.
About the University
of Bristol
The University of
Bristol team comprises lead scientist Dr. Neil Fox,
Professor Mike Ashfold, Head of Physical and Theoretical
Chemistry, and Professor David Cherns, Head of the
Microstructures group in Physics.
The University of
Bristol is a thriving international community dedicated
to learning, discovery and enterprise with around
60 departments covering the arts and sciences including
medicine, engineering and law. Research is at the
heart of the University's mission and accounts for
its international reputation. In the latest independent
Research Assessment Exercise (2001), 78 per cent of
Bristol's departments were judged to be world-class
or internationally excellent. Combining our excellence
in research and innovation with a vibrant entrepreneurial
culture, the University is working with government,
industry and other partner organizations and stakeholders
to make Bristol a key player in the knowledge-driven
economy and produce tangible benefits for the community
at large. We encourage a number of activities as a
route to commercialization, primarily collaborative
projects, licensing technologies or ideas, and the
creation of start-up, or 'spin-out', companies.
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