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Connecting to the nanoworld |
Nov. 30 & Dec.1, 2009 Ecole Centrale de Lyon, France |

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Ever
since Feynman’s famous "There is Plenty of Room at the Bottom" talk
in 1959, scientific exploration of the "nanoworld" has led to
countless discoveries and the ability to precisely engineer chemical and
physical material properties at the nanoscale. There
are two complementary approaches to fabricating structures and devices at the
nanoscale, both having their own unique set of challenges: the
bottom-up approach, which can be likened to a mason building a complex
structure from elementary units (bricks). The bottom-up approach seeks to
tailor the material properties (geometry, optical, mechanical, electrical,
chemical, etc.) of relatively simple nano-objects and to assemble these
elementary units into an organized structure. the
top-down approach, which can be likened to a sculptor building a structure by
removing material from an initial bulk form. The top-down approach seeks to
increase the integration and interconnection density of complex nanoscale
devices, using for example hybrid integration and 3D architectures. Both
approaches face the difficult technical challenge of interfacing between the
nanoworld and our own, macroscopic, world in order to make nanotechnologies
useful in everyday life. In
addition, nanotechnologies can only be ultimately relevant if they are embraced
by the public as a safe and useful technology. Therefore, this workshop will
also address issues related to the use and impacts, both positive and
negative, of nanotechnologies. The
objective of this workshop is to bring together recognized experts from
various fields related to nanotechnologies (fabrication, characterization,
systems engineering, chemistry, biology, social sciences, and others) for
broad-based discussions on connecting to the nanoworld. Exceptionaly
in the ‘Entretiens Jacques Cartier’, English will be the official language of
the workshop. |
Last version 3 september 2009
Photo credits : Cea Sinaps, Université de Sherbrooke, Ecole
Centrale de Lyon, Institut des Nanotechnologies de Lyon