report
2.4 Responsibility issues in current nanoscience and nanotechnology
The ObservatoryNano interim reports on technological and market trends in nanotechnology give rise to a number of ethical and societal issues. The issues are listed in table 4.1.
Table 4.1: Ethical and societal issues in the technical trend reports
|
Topic of the report |
Identified issues |
|
Agricultural production |
- Sensor networks (for crops and livestock): potential ethical issues: privacy, dual use, balance security-freedom (not typical for agricultural applications); - Disease and pest control in crop plants: risks of residue and unintended consequences for human health and the environment, precaution; - Intellectual property issues (proprietary technologies and knowledge may hinder innovation in e.g. nano-emulsion technology); - Genetic engineering of crops and livestock is controversial; - Agriculture as means to produce nanomaterials: competition with food-crops may lead to increased food prices and hunger (cf biodiesel), distributive justice; - Chances for green/sustainable production of (nano)materials offer potential benefits for society and the environment. |
|
Textiles technology and sector |
- Chances for greening textiles production offer potential benefits for society and the environment (chemicals/materials/energy saving; reduced waste); - Potential unknown health/safety risks, need for life cycle analysis, precaution; - Antimicrobial applications: offers benefits as well as potential risks for health and the environment. Need for life cycle analysis, precaution; - Fear of side effects of nano-products (environmental/toxicity/allergy issues) to some extent for Clothing, domestic and medical uses (Cientifica, 2006), precaution; - Intellectual property issues (e.g. preference to licence, rather than implement) especially for medical and military uses (Cientifica, 2006); - Medical e-textiles: preventive healthcare applications change definitions of health, raising ethical issues of enhancement, choices in use of limited healthcare resources and privacy issues (also for sports). |
|
Regenerative medicine |
- General biomedical ethics issues apply; - Possibly enhancement issues? |
|
Construction sector |
- Precaution (worker safety)? - Use of raw materials / commodities markets? (Sustainability, distributive justice); - Sustainability issues, incl. energy saving, emission reduction in manufacturing building materials or in use; - Cooperation with or impact on socio-economic development of developing countries, distributive justice |
|
Security |
- Focus on terrorism, excluding other security issues including warfare and crime (but includes narcotics); - Dual use is acknowledged (detection of chemical agents incl. industrial toxins); - Cf HIDE project discussion of biometrics / Nanoforum report on nanosecurity – elsa issues; - Terahertz detectors lead to severe privacy and human rights issues if used to see through clothes of people; - What is the main market for security technologies (small shop-owners wanting to prevent theft?). |
|
Environment –groundwater remediation |
- Potential benefits for sustainable development; - Life cycle analysis needed to avoid unintended consequences, precaution. |
|
Environment –chemical and gas sensor |
- Privacy issues; - Other ethical or ELSA issues depend on the application. |
|
Chemistry & materials |
- Precaution, risk governance |
|
ICT- Displays
|
- Ubiquitous computing issues (privacy); - Human-machine interactions; - Life cycle analysis, precaution. |
No issues were identified for ICT – Power components, Energy (incl. solar cells), Automotive & Aeronautics. The identified issues are related to the themes for the annual reports on ethical and societal aspects of nanotechnology in the first, second and third year: individual and collective responsibility for nanotechnology development (table 4.2); nanobiomedical ethics, ICT, privacy and security (table 4.3). In the present report, the focus is on the first theme. References to relevant literature are included for the other themes, which will be analysed more in depth in future years.
|
Table 4.2 Individual and collective responsibility for nanotechnology development |
|
- Governance (choices in limited resources, benefits, sustainable, scenario/foresight): agricultural production, textiles, the construction sector and the environment (groundwater remediation); - Innovation, intellectual property: agricultural production and textiles; - Precaution, risk, dual use: agricultural production, textiles, the construction sector, security, the environment (groundwater remediation), Chemistry and materials and ICT (Displays); - Justice, nano and the poor: agricultural production, textiles, regenerative medicine and the construction sector. |
|
Table 4.3 Other issues |
|
|
nanobiomedical ethics |
ICT, privacy and security |
|
- Human machine interaction; - Enhancement; - Anthropology; - Human rights; - Health or medical ethics; - Bioethics. |
- Security; - Freedom; - Privacy; - Computer ethics; - Human rights. |
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