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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 />

Nanotechnology is therefore not unique in giving rise to concerns regarding<br />

privacy; similar concerns having arisen before in the context of other technologies. Both<br />

biotechnology <strong>and</strong> information & communication technologies gave rise to similar<br />

concerns, <strong>and</strong> that continues to be a concern in respect of how both technologies are<br />

evolving today. The fear is greater when these technologies are foreseen to converge, <strong>and</strong><br />

most of the concerns arise from simple extrapolation of technological possibilities. While<br />

the technological possibilities cannot be dismissed out of h<strong>and</strong>, the actual realization of<br />

the possibilities is a social process. Therefore the appropriate way to address such<br />

concern is also through social processes, including consultation, dialogue, democratic<br />

inclusion <strong>and</strong> transparency in decisionmaking, combined with a forward-looking policy<br />

framework <strong>and</strong> an informed policymaking mechanism.<br />

20<br />

Economic Impact<br />

Another oft-expressed concern deals with the impact nanotechnologies might<br />

have on the economic system, <strong>and</strong> the labour market in particular. This type of concern –<br />

which is finding voice in the context of nanotechnology today, also attended the arrival of<br />

earlier technologies such as the steam engine, electricity <strong>and</strong> atomic energy. Many of<br />

these concerns are also expressed under the assumed premise that technological<br />

development <strong>and</strong> deployment is an unstoppable juggernaut, proceeding with its own<br />

logic, unmediated by social or ethical concerns – a view that may be called ‘technological<br />

determinism’.<br />

The lesson from the past is not that the manner in which technologies such as<br />

atomic energy developed was uniformly benign <strong>and</strong> that there was no reason for concern<br />

whatsoever. Rather, the lesson is that the most significant concerns that did manifest<br />

themselves were not the ones that had been anticipated, <strong>and</strong> that technology <strong>and</strong> society<br />

interacted subsequently in interesting <strong>and</strong> subtle ways both to constrain development of<br />

the technologies <strong>and</strong> to advance them along unforeseen directions. For example, atomic<br />

energy was initially projected as becoming all pervasive, with devices from planes to<br />

20

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