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Development Ethical and Societal Issues Satyen Baindur PhD

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Stewardship in Nanotechnology <strong>Development</strong>:<br />

<strong>Ethical</strong> <strong>and</strong> <strong>Societal</strong> <strong>Issues</strong><br />

SATYEN BAINDUR, PHD<br />

Ottawa Policy Research Associates, Inc.<br />

OPRA Report 2006-4-1 Issued April 2006<br />

------------------------------------------------------------------------------------------------<br />

CONCLUSION<br />

To distinguish among different types of concerns outlined here, <strong>and</strong> to develop a<br />

coherent conceptual scheme to prioritize them, one could use the time scale over which<br />

the scenario underlying the concern manifests itself. For example, the concern about<br />

potential health <strong>and</strong> safety risks from nanomaterials is an immediate or near-term<br />

concern. It is manifest here <strong>and</strong> now. This is not to say that some health effects from<br />

nanotechnology may not appear a significant time after exposure. It is simply to assert<br />

that the concern is already with us, somewhat independently of the extent to which<br />

product development in nanotechnology advances. Of course, over time, the concern may<br />

change in intensity. Given that it is already present, however, action – in the form of<br />

research into health <strong>and</strong> environmental effects; <strong>and</strong> precaution, in terms of lessons<br />

learned from the past, seem quite warranted.<br />

While technological determinism is not the correct paradigm for thinking about<br />

the future, some real surprizes (both pleasant <strong>and</strong> not so pleasant) probably do await us in<br />

the products <strong>and</strong> services, <strong>and</strong> the economic <strong>and</strong> social changes that nanotechnology<br />

enables, facilitates or causes. There are alternatives to a deterministic view of<br />

technological development: for example, a socio-technological process in which social<br />

goals drive research, with society determining its needs early in the process, while<br />

technologists set technology targets <strong>and</strong> basic science is directed to meet those<br />

technological targets has been suggested. This perspective places the setting of social <strong>and</strong><br />

ethical goals at the beginning of the technological process, not analyzing the impact at the<br />

end of the process. Also, science does not proceed ‘unfettered’ in this view; rather it is<br />

directed toward specific ends that have been determined beforeh<strong>and</strong>. A slight<br />

modification visualizes an iterative process, with social <strong>and</strong> ethical considerations being<br />

determined on a continuous basis, with a stakeholder process being set in place,<br />

collaborations with natural scientists <strong>and</strong> technologists, <strong>and</strong> an ongoing evaluation<br />

process (Gorman 2004). A policy <strong>and</strong> foresight structure for nanotechnology<br />

development could be built around such a framework.<br />

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