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Nanotechnology, a term advocated in 1974 by Professor Norio Taniguchi of the Tokyo University of Science at the International Conference of Production Engineering, did not immediately become a household word. Research in this field was only beginning to take place within fields such as material, electric and electronics, machinery, and life sciences until 2000, though individual studies, such as microfabrication of semiconductors, had been achieved by the world's leading scientists.
Since the formulation of the U.S. National Nanotechnology Initiative (NNI) in 2000, the Japanese government has also implemented a set of measures to promote research and development (R&D) investments that encompasses all nanotechnology-related areas, thus revitalizing R&D efforts. However, nanotechnology research in Japan is contained within individual disciplines, considering itself a narrowly defined technology, as opposed to a convergence or emerging technology.
Such governmental measures and the revitalization of related researches led to companies focusing their attention on product development, making use of nanotechnology, and selling their products by taking advantage of the cutting-edge technologies. The greater the mediatic coverage of the term nanotechnology is, the greater the popularity of related products will be amid the apparently noninitiated general public. Yet, while progress has been observed regarding R&D in nanotechnology and its popularity within society, concerns remain over ambiguous risks. Therefore, the Japanese government has been appraising the influence of nanotechnologies on society; however, no strategic policy has been mapped out yet due to several reasons, one of them being that R&D in that field is undertaken with a narrow definition of nanotechnology.
Revitalization of Nanotechnology R&D
Much of nanotechnology R&D has been initiated by researchers in Japan, as illustrated by the fact that the term itself was first put forward by Taniguchi in 1974, or by the discovery of the carbon nanotube by Dr. Sumio Ii-jima. Additionally, the Atom Technology Project, whose mission is to study material properties on an atomic level, was launched in 1992. Above all, vigorous R&D efforts have been undertaken in the microfabrication technology of semiconductors. However, specific R&D in the name of nanotechnology has only been conducted since 2001.
Inspired by the NNI, which aimed to promote R&D investments in nanotechnologies to industry, academia, and government circles across the United States, Japan designated nanotechnology as one of its four priority fields in the Second Science and Technology Basic Plan of 2001 (nanotechnology and materials science/technology, life sciences, information and telecommunications, and environmental sciences), and allocated a large amount of public funds to R&D. Such government-led incitements related to nanotechnology R&D were intended to make Japan a worldwide leader in this field. The emphasis was put on the intensive promotion of balanced R&D activities covering both basic and applied researches aiming at commercialization. In addition, “nanotechnology and materials science/technology” was identified as one of the four priority fields to be promoted within the Third Science and Technology Basic Plan of 2006, and thus benefited from continuous and aggressive public investments.
As governmental measures have encouraged the spread of R&D in nanotechnologies, so too did the R&D activities conducted by industries. Since 2000, a number of products have been marketed with the term nanotechnology or nano, using cutting-edge technology as a branding tool, despite the fact that some products did not involve nanotechnology. However, the nanotech boom in the market did not generate sufficient technological outputs in R&D activities, thus fading away near 2002. Yet in October 2003, industries established the Nanotechnology Business Creation Initiative (NBCI), sequentially conducting cooperative R&D activities by building business road maps for nanotechnology and promoting the exchange of R&D-related personnel.
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- Art, Design, and Materials
- Bionanotechnology Centers
- Context
- Clinton, William J.
- Converging Technologies
- Feynman, Richard
- Fullerene
- Human Enhancement
- IPOs of Nanofirms
- Journal of Nanoparticle Research
- Microscopy, Atomic Force
- Microscopy, Electron (Including TEM and SEM)
- Microscopy, Exotic
- Microscopy, Optical
- Microscopy, Scanning Probe
- Microscopy, Scanning Tunneling
- Nanobiotechnology
- Nanohype
- Nanomaterials
- Nanotech Chronicles, The
- National Nanotechnology Coordination Office (U.S.)
- National Nanotechnology Infrastructure Network (U.S.)
- National Nanotechnology Initiative (U.S.)
- Nature Nanotechnology
- Prey
- Roco, Mihail
- Self-Replication
- Social Movements and Nanoscience
- Technology Assessment
- Technoscience
- Economics and Business
- Agrifood
- Artificial Intelligence
- Benny the Bear
- Commercial Incubators
- Commercialization
- Competitiveness and Technonationalism
- Computational Nanotechnology
- Consumer Products Inventory
- Corporate Research and Development
- Electronics and Information Technology
- Energy
- Entrepreneurs in Nanoscience
- Export Controls
- Food
- Food Packaging
- General Purpose Technology
- Globalization
- Intellectual Property Rights
- International Development
- iPod Nano
- IPOs of Nanofirms
- L'Oréal
- Lux Research
- Magic Nano
- Market Projections
- Market Resistance and Acceptance
- Nano-Bible
- NanoBusiness Alliance
- Nanoenabled Products in Commerce
- Nanogate (Tribological Coating for Automobiles)
- Nanointermediaries in Commerce
- Nanomanufacturing
- Nanomaterials in Commerce
- Nanophotovoltaics
- Nanotechnology in Manufacturing
- Nanotechnology Industries Association
- Nanotechnology Law and Business
- Nanotechnology Patent Class
- Patents
- Publicly Traded Nanofirms
- Titanium Dioxide
- Venture Capital
- Workers' Rights
- Workforce Development and Training
- Zinc Oxide
- Engagement and the Public
- Center for Nanotechnology in Society (ASU)
- Center for Nanotechnology in Society (UCSB)
- Center on Nanotechnology and Society (Kent School of Law)
- Centre for Applied Philosophy and Public Ethics (Australia)
- Centre for Bioethics and Public Policy
- Consensus Conference on Nanotechnology
- Democs
- Foresight Institute
- Friends of the Earth Nanotechnology Project
- Hyle
- International Council on Nanotechnology
- International Symposium on Nanotechnology, Occupational and Environmental Health
- Nanoforum
- Nanologues
- Nanoscale Undergraduate Education Program
- Nanotechnology Engagement Group (Involve)
- National Center for Learning and Teaching in Nanoscale Science and Engineering
- National Citizens' Technology Forum
- Popular Culture
- Public Attitudes Toward Nanotechnology
- Public Engagement
- Public Understanding of Nanotechnology
- Public Value Mapping
- Public Values
- Public Well-Being
- Science Cafés
- Environment and Risk
- “Grey Goo” Scenario
- Center for Biological and Environmental Nanotechnology
- Center for the Environmental Implications of NanoTechnology
- Department for Environment, Food and Rural Affairs (UK)
- Desalinization
- Environment Canada
- Environmental Benefits
- Environmental Defense Fund
- Environmental Ethics/Philosophy and Nanotechnology
- Environmental Protection Agency (U.S.)
- Ethics and Risk Analysis
- Federal Institute for Risk Assessment (Germany)
- Green Nanotechnology
- Health and Environmental Risks (Netherlands)
- Human Enhancement, Biological Risks
- International Risk Governance Council
- International Symposium on Nanotechnology, Occupational and Environmental Health
- Magic Nano
- Ministry of Environment (South Korea)
- Nano Risk Framework
- Nanomedicine, Toxicity Issues of
- Nanophotovoltaics
- Nanotech Environmental, Health, and Safety Roadmap
- Nanotoxicology
- Nanoweapons, Ethical Issues of
- National Institute of Environmental Health Sciences (U.S.)
- Occupational Safety and Health Administration (U.S.)
- Occupational Safety and Health Enforcement (U.S.)
- Risk Amplification
- Risk Assessment
- Risk Attenuation
- Risk Communication
- Risk Governance
- Risk Management
- Risk-Benefit Perceptions of Nanotechnology
- Water Purification
- Ethics and Values
- Access
- Bioethics
- Centre for Applied Philosophy and Public Ethics (Australia)
- Centre for Bioethics and Public Policy
- Codes of Conduct, Corporate
- Codes of Conduct, Professional
- Environmental Ethics/Philosophy and Nanotechnology
- Equity
- Ethics and Risk Analysis
- Human Enhancement, Biological Risks
- Journal of Lutheran Ethics
- Nano-Ethics
- NanoEthics
- Nanoethics Group
- NanoEthics Network
- NanoEthicsBank
- Nanomedicine, Ethical Issues of
- Nanoscientists as Moral Agents
- Nanoweapons, Ethical Issues of
- Neuroethics
- Privacy
- Public Attitudes Toward Nanotechnology
- Public Engagement
- Public Value Mapping
- Public Values
- Security
- Speculative Ethics
- United Nations Millennium Development Goals
- Geographies and Distribution
- Argentina
- Australia
- Berkeley, California, Local Regulatory Efforts
- Brazil
- California
- Cambridge, Massachusetts, Local Regulatory Efforts
- Canada
- China
- European Union
- France
- Geopolitical Implications
- Germany
- Global Value Chains
- Globalization
- Grenoble
- India
- Indigenous Nanotechnology
- International Development
- iPod Nano
- Iran
- Israel
- Italy
- Japan
- Mexico
- Nanodistricts
- Nanoenabled Products in Commerce
- Nanogate (Tribological Coating for Automobiles)
- Nanotechnology Foundation of Texas
- Nanotechnology Victoria
- Netherlands
- New York
- Regulation (Europe)
- Regulation (U.S.)
- Russia
- Singapore
- South Korea
- Switzerland
- Taiwan
- Trade Secrets and Nanotechnology
- United Kingdom
- United Nations Millennium Development Goals
- United States
- Governance
- 21st Century Nanotechnology Research and Development Act of 2003
- Anticipatory Governance
- Arms Control
- Berkeley, California, Local Regulatory Efforts
- Cambridge, Massachusetts, Local Regulatory Efforts
- Center for Nanotechnology in Society (ASU)
- Center for Nanotechnology in Society (UCSB)
- Center on Nanotechnology and Society (Kent School of Law)
- Congressional Nanotechnology Caucus
- Department for Environment, Food and Rural Affairs (UK)
- Department of Agriculture (U.S.)
- Department of Defense (U.S.)
- Department of Energy (U.S.)
- Department of Health (UK)
- Environmental Protection Agency (U.S.)
- Federal Institute for Occupational Safety and Health (Germany)
- Federal Ministry of Education and Research (Germany)
- Food and Consumer Goods Authority (Netherlands)
- Food and Drug Administration (U.S.)
- German Research Foundation
- Governance
- Intellectual Property Rights
- International Council on Nanotechnology
- Iran Nanotechnology Policy Studies Committee
- Joint Economic Committee, U.S. Congressional
- Korean Occupational Safety and Health Agency
- Law
- Ministry of Defence (UK)
- Ministry of Environment (South Korea)
- Ministry of Science and Technology (Brazil)
- Ministry of Science and Technology (South Korea)
- Monash Centre for Regulatory Studies
- Moratorium
- Nanotechnology Law and Business
- Nanotechnology Promotion Act of 2002 (South Korea)
- Nanotechnology Safety for Success Dialogue (Food Industry)
- National Academy of Sciences (U.S.)
- National Aeronautics and Space Administration (U.S.)
- National Cancer Institute (U.S.)
- National Institute for Occupational Safety and Health (U.S.)
- National Institutes of Health (U.S.)
- National Nanotechnology Advisory Panel (U.S.)
- National Nanotechnology Coordination Office (U.S.)
- National Nanotechnology Development Plan (South Korea)
- National Nanotechnology Infrastructure Network (U.S.)
- National Nanotechnology Initiative (U.S.)
- National Program of Nanotechnology (Brazil)
- National Research Council (Brazil)
- National Research Council (Canada)
- National Science Foundation (U.S.)
- National Toxicology Program (U.S.)
- Natural Science and Engineering Research Council (Canada)
- Occupational Safety and Health Administration (U.S.)
- Reflexive Governance
- Regulation (Europe)
- Regulation (U.S.)
- Risk Governance
- Sixth Framework Programme
- Technological Determinism
- Therapeutic Goods Administration (Australia)
- Toxic Substances Control Act and Nanotechnology
- Woodrow Wilson International Center
- History and Philosophy
- “Nano Culture”
- Bainbridge, William
- Control
- Converging Technologies
- Drexler, K. Eric
- Emergence
- Engines of Creation
- Feynman, Richard
- Future
- Historical Examples of Nanomaterials
- History-in-the-Making
- IBM
- Indigenous Nanotechnology
- Joy, Bill
- Kabbalah
- Kroto, Sir Harry
- Kurzweil, Ray
- L5 Society
- Nanophilosophy
- Nordmann, Alfred
- Novelty
- Roco, Mihail
- Smalley, Richard
- Taniguchi, Norio
- Transhumanism
- Integration and Interdisciplinarity
- Nanotechnology Companies
- Nanotechnology Organizations
- Asia Pacific Nanotechnology Forum
- Australia Nanobusiness Forum
- Australian Office of Nanotechnology
- Australian Research Council Nanotechnology Network
- Canadian NanoBusiness Alliance
- Center for Biological and Environmental Nanotechnology
- Center for Nanotechnology in Society (ASU)
- Center for Nanotechnology in Society (UCSB)
- Center for Responsible Nanotechnology
- Center for the Environmental Implications of NanoTechnology
- Center on Nanotechnology and Society (Kent School of Law)
- Commission for Atomic Energy (France)
- Commonwealth Scientific and Research Organization
- Community Research and Development Information Service
- Foresight Institute
- Friends of the Earth Nanotechnology Project
- International Council on Nanotechnology
- International Nanotechnology and Society Network
- International Symposium on Nanotechnology, Occupational and Environmental Health
- Iran Nanotechnology Policy Studies Committee
- Latin American Nanotechnology and Society Network (Mexico)
- Nanobase
- Nanoparticle Occupational Safety and Health Consortium
- Nanotechnology Business Alliance
- Nanotechnology Engagement Group (Involve)
- Nanotechnology Enterprise
- Nanotechnology Foundation of Texas
- Nanotechnology Group
- Nanotechnology Industries Association
- Nanotechnology Institute (ASME)
- Nanotechnology Issues Dialogue Group (UK)
- Nanotechnology Safety for Success Dialogue (Food Industry)
- NanoTrust Project (Austria)
- National Nanotechnology Advisory Panel (U.S.)
- National Nanotechnology Coordination Office (U.S.)
- National Nanotechnology Infrastructure Network (U.S.)
- National Nanotechnology Initiative (U.S.)
- National Program of Nanotechnology (Brazil)
- National Science Foundation (U.S.)
- Society for Nanoscience and Technology
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