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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 />

As a more complex, convergent process, at the socio-econo-bio-info-cogno-nano<br />

level, there is also the possibility that a fundamentally new life form could come into<br />

existence in the future. This could happen through an incremental enhancement of<br />

human capacities (for example, a progressive substitution of prostheses for diseased or<br />

incapacitated organs, or organ regeneration, or a networking of biological instrumentation<br />

with human organs, or an interfacing of human sensory organs with computers). Or it<br />

could happen through an unforeseeable combination of the bio <strong>and</strong> nano components<br />

spontaneously acquiring the attributes of locomotion, autonomy, adaptation, <strong>and</strong> autocatalyzed<br />

self-replication. A version of the latter possibility has been present ever since<br />

recombinant genetic technology came on the scene thirty years ago, but at least any new<br />

life forms were then expected to still be DNA-based. In the years since such concerns<br />

were first voiced, developments in the biotech field have included, among others:<br />

cloning, genetically modified organisms, transgenic organisms <strong>and</strong> even the<br />

possibility of chimeras, but of course, all of these were, or have been, DNA based.<br />

Another possibility, leading logically from the combination of enhancement of<br />

human capacities <strong>and</strong> the possibility of new life forms, is the prospect of eventual<br />

prolongation of life, perhaps in perpetuity 11 . Since mortality is one of the more widely<br />

accepted characteristics of human (<strong>and</strong> all other living) beings, this prospect, combined<br />

with the issue of access to the interventions that might make it achievable, is likely to<br />

raise some of the most profound ethical issues of all.<br />

While it is certainly possible that the scope of nanotechnology in these matters<br />

may turn out to be no greater than that of biotechnology, the possibility also exists for<br />

qualitatively new developments, <strong>and</strong> stakeholders should therefore maintain awareness,<br />

foresight <strong>and</strong> analysis capacities with respect to developments in the field.<br />

12<br />

11 This does not appear imminent at the present time, but is logical to raise in a forward-looking issues<br />

discussion. The possibility is not just that human beings might simply live longer in their own bodies, but<br />

it could also take the form of continual organ regeneration, or humans interfacing with electronic<br />

equipment to form new entities. It could also take the form of downloading one’s experiences into software<br />

life forms, so that life continues in software etc.<br />

12

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