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Advanced production of nanothreads in semiconductor materials could generate new Swedish export successes. Mikael Björk and Ann<br />
Persson have made path-breaking discoveries that may result in new electronic components and medical sensors.<br />
learning around the country is accomplished<br />
by research schools, common<br />
education programmes and Competence<br />
centres. Anders Flodström also<br />
regards international cooperation as<br />
important for the quality of Swedish<br />
research. Above his desk there is a map<br />
of the world with pins for the 75 universities<br />
around the world with which the<br />
Royal Institute has research exchanges.<br />
COOPERATION PARTNERS<br />
– During the 1980s Sweden educated<br />
more Chinese guest students than any<br />
other country in the world. Many of<br />
these are now professors in their home<br />
country and they make good cooperation<br />
partners.<br />
Maintaining a leading position in<br />
science is also important when it comes<br />
to establishing research-intensive<br />
companies in future growth areas. Lund<br />
University of Technology in the south<br />
of Sweden is involved in a nanotechnology<br />
research venture that is unique in<br />
Europe. It ranges over disciplines such<br />
as quantum physics and materials science<br />
to electronics and life science.<br />
– Many young world-class researchers<br />
are working in this multidisciplinary<br />
environment. Our success is due to<br />
the support we have received for many<br />
years from courageous and far-sighted<br />
research funders, says Lars Samuelsson,<br />
who is leading the research project.<br />
The most exciting project at the moment<br />
is building electronic components<br />
from the atomic level in the form of<br />
nanothreads in semiconductor materials.<br />
This research has been designated<br />
one of the country’s strongest scientist<br />
environments. A new, unique production<br />
plant makes it possible to produce<br />
nanothreads in a laboratory environment<br />
that is optimized for nanotechnology<br />
and nanoelectronics.<br />
The nanotechnology research being<br />
done in Lund has resulted in the<br />
establishment of a number of companies,<br />
some of which are collaborating<br />
with Philips and IBM. This offers great<br />
potential, explains Lars Samuelsson.<br />
In many respects, microelectronics and<br />
optics are already based on nano effects.<br />
– One future challenge is to make<br />
even smaller and more energy-efficient<br />
components based on nanothreads.<br />
And before long there will be applications<br />
in the field of medical technology.<br />
We hope that by setting up innovative<br />
companies supported by first-class nano<br />
research we will pave the way for future<br />
export successes and new jobs.<br />
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