Small size - large impact - Nanowerk
Small size - large impact - Nanowerk
Small size - large impact - Nanowerk
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Insurance<br />
Walter R. Stahel is<br />
Vice General Secretary of<br />
the Geneva Association,<br />
Switzerland<br />
Opposite:<br />
Individual leaf cells<br />
10 -5<br />
10 micrometers<br />
9<br />
The insurability of<br />
emerging technologies<br />
Walter R. Stahel<br />
Insurability could be the natural risk management borderline between Nation States<br />
and the market economy: what is insurable need not be legislated. 1<br />
Nanotechnology is marked by a broad diversity of applications and has been with<br />
us for a long time, a fact <strong>large</strong>ly unknown to the general public. 2<br />
Nanotechnology is “insured” today in the sense that it is not excluded from most<br />
insurance treaties.<br />
One conclusion drawn from the conference is that nanotechnology and nanoparticles<br />
have to be examined specifically for each application. The term “nanotechnology”<br />
should therefore be abandoned in favour of many specific terms, such as “nanotubes”.<br />
Each new “nano” application could then be treated as a new chemical – this is one<br />
of the recommendations of the report by the Royal Society. 3<br />
From a toxicological point of view, the main hazards from nanotechnology relate<br />
to particles that are not firmly embedded in another material. This situation occurs<br />
mainly in their production and in the end-of-life phase (recycling, incineration)<br />
of the goods in which they are embedded. Only time will tell if there is a limit<br />
of bioaccumulation to certain free particles by the human body, and what that limit<br />
is. Paracelsus contended that many materials act as a medicine in a small dosage,<br />
and a poison in a <strong>large</strong> dosage.<br />
From an insurability point of view, the question of bioaccumulation of particles could<br />
be crucial.<br />
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