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Science Fiction
For many earnest science professionals, interest in scientific fields was spawned by the fiction of Mary Shelley, H. G. Wells, Jules Verne, Isaac Asimov, Arthur C. Clarke, Robert Heinlein, or other writers for whom science was central to engaging narratives. The speculative and intellectually accessible scientific achievements of individual characters and entire societies in science fiction novels, short stories, films, and radio dramas not only entertainingly continue to engross youngsters who dream of liberating technologies and unknown worlds, but also provide the literary impetus and societal context from which such technologies might emerge and where they might be useful. Technological innovations are said to have no moral standing, and fiction is one of the more effective and galvanizing methods for exploring humanity's ethical relationships with science and technology.
Science, Technology, and Speculation
Science fiction and fantasy, as genres, utilize the constraints and opportunities of setting and time in ways that spur readers' interest in a mythical past or the mythical future. Fantasy's near universal circumstancing in medieval European-type worlds is differentiated from other period literature by the existence of fantastical creatures whose properties defy what is scientifically viable in the present and in our historical expectations of the Middle and Dark Ages. On the other hand, science fiction's setting in the future has no historical expectations and is limited in its speculative technologies only by imagination and an author's preference (and perception of reader attitudes) as to whether such technologies can be explained or justified within known theoretical scientific frames. And it is that choice, by the author, that sets apart narrative fiction that can take place on a spaceship or in a castle from fiction that takes place on a spaceship but one whose movement and possibility are accounted for scientifically in the text.
An author's choice to explain the means whereby progressive science might create future technology likely plays a part in the generational interest in mathematics and science and provides a way to explore humanistic scientific consequences. Although adult reality and unforeseen controversy can be harsh obstacles to the youthful dreaming of hovering vehicles, miles of moving sidewalks, and robot-created meals, many of the fictional technologies depicted in classic science fiction, as well as in The Jetsons cartoons and Star Wars films, have close representations in modern society. Added to the similarity between cell phones and Star Trek's communicators, video games' resemblance to Aldous Huxley's “holidays,” or various fictional descriptions of cloning, past science fiction indelibly influences current technology in the form of ideas from past literary conjecture and in the form of technological labels, as Don and Alleen Nilsen identified in comparing 1990s computer terminology to terminology in science fiction texts. The importance of fiction in furthering scientific ideas, even if wildly speculative, is therefore immense. Without those writers who imagine the seemingly impossible (time travel, hyperspace) or frightening (alien invasion, robot takeover, Frankenstein's monster) or liberating (teleporting, climate-controlled clothing), the motivation to enter scientific fields and the modernist ethic to improve human existence might well subside.
Not all science in fiction is speculative, however, and although science fiction is sometimes dismissed as not being serious literature, highly considered fiction frequently, as Kurt Vonnegut pointed out, notices technology. Much literature communicates science through a blend of technical and human skill in accomplishing daily tasks or life-long passions. Philip Roth describes the making of a pair of leather gloves as requiring a scientific understanding of leather properties as well as an artist's touch in American Pastoral. Victor Hugo addressed, with scant connection to the narrative, the science of warfare and sewer design in Les Misérables. Architecture, both its science and high art, plays a central role in Ayn Rand's Fountainhead. Herman Melville whaling descriptions in Moby Dick, images of beekeeping in The Secret Life of Bees by Sue Monk Kidd, and Ernest Hemingway's sparse but pointed explanation of the calming of a bull by steers prior to bullfighting contests in Pamplona, Spain, in The Sun Also Rises all constitute scientific or technical knowledge put forward through fictional narrative.
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- Associations and Organizations
- Agricultural Communicators of Tomorrow
- American Association for Public Opinion Research
- American Association for the Advancement of Science (AAAS)
- American Medical Association
- American Medical Writers Association
- Association for Communication Excellence
- Center for Science in the Public Interest
- Council for the Advancement of Science Writing
- Environmental Defense Fund
- ETC Group
- Greenpeace
- International Science Journalism Associations
- National Association of Science Writers
- Physicians for Social Responsibility
- Public Communication of Science and Technology
- Royal Society
- SciDev.Net
- Scientists' Institute for Public Information
- Search for Extraterrestrial Intelligence
- Sigma Xi
- Society for Risk Analysis
- Society for Technical Communication
- Society of Environmental Journalists
- Union of Concerned Scientists
- Audiences, Opinions, and Effects
- Active Audiences and Science
- Attentive Public
- Audiences for Science
- Children's Television and Science
- Communicating Science to Children
- Gender Representations of Scientists
- Health Literacy
- Interpretive Communities
- Knowledge Gap Hypothesis
- Popular Science and Formal Education
- Public Understanding of Research
- Public Understanding of Science
- Role Models in Science
- Science Indicators, History of the NSB Project on
- Science Literacy
- Scientist—Journalist Relations
- Surveys
- Technological Literacy
- Trust and Attitudes
- Challenges, Issues, and Controversies
- Abortion
- Alien Abduction
- Alternative Medicine
- Asteroid Impacts
- Bioterrorism
- Climate Change, Communicating
- Cloning
- Colonizing Other Worlds
- Creationism
- Digital Divide
- Drug Advertising
- Food Irradiation
- Intelligent Design in Public Discourse
- Invasive Species
- Maverick Science and Journalism
- NIMBY (“Not In My Back Yard”)
- Nuclear Power
- Nuclear Waste
- Nuclear Weapons
- Pseudoscience
- Scientist—Journalist Conflicts
- Skepticism
- Stem Cell Controversy
- UFOlogy
- Vaccines, Fear of
- Changing Awareness, Opinion, and Behavior
- Alcohol, Risk Communication for
- Anti-Drug Campaigns
- Anti-Smoking Campaigns
- Breast Cancer Communication
- Cancer Prevention and Risk Communication
- Communication Campaigns in Health and Environment
- Computer-Tailored Messages
- Evidence-Based Medicine
- Fear Appeals
- Food Safety
- Health Communication and the Internet
- Health Communication, Overview
- Highway Safety
- HIV/AIDS Prevention and Communication
- Resource Mobilization
- Social Marketing
- Critical Influences and Events
- Global and International Aspects
- Africa, Science in
- Australia, Science in
- Canada, Science Communication in
- East Asia, Science Communication in
- Europe, Research System in
- European Space Agency
- India, Science and Science Communication in
- Latin America, Science Communication in
- Mexico, Science Communication in
- National Development, Science and Technology in
- Government Agencies (U.S.)
- Centers for Disease Control and Prevention, U.S.
- Department of Agriculture, U.S.
- Department of Energy, U.S.
- Environmental Protection Agency, U.S.
- Food and Drug Administration, U.S.
- House Science Committee, U.S.
- National Academies, U.S.
- National Aeronautics and Space Administration, U.S.
- National Institutes of Health, U.S.
- National Science Foundation, U.S.
- Occupational Safety and Health Administration, U.S.
- Office of Science and Technology Policy, U.S.
- Office of Technology Assessment, U.S.
- Public Health Service, U.S.
- Senate Committee on Commerce, Science, and Transportation, U.S.
- Senate Committee on Environment and Public Works, U.S.
- Surgeon General, U.S.
- History, Philosophy, and Sociology of Science
- Actor-Network Theory
- Deductive Logic
- Inductive Logic
- Invisible College
- Land Grant System, U.S.
- Logical Positivism
- Peer Review
- Postmodernism and Science
- Science and Politics
- Science, Technology, and Society Studies
- Scientific Consensus
- Scientific Ethos
- Scientific Journal, History of
- Scientific Method
- Scientific Societies
- Technological Determinism
- Tenure System
- Two Cultures
- Understanding Expertise
- Visible Scientist
- Important Figures
- Asimov, Isaac
- Attenborough, David
- Carson, Rachel
- Carver, George Washington
- Clarke, Arthur C.
- Crick, Francis
- Darwin, Charles
- Dawkins, Richard
- Dewey, John
- Einstein, Albert
- Feynman, Richard
- Franklin, Benjamin
- Galilei, Galileo
- Gould, Stephen Jay
- Hawking, Stephen
- Kuhn, Thomas
- Latour, Bruno
- McClintock, Barbara
- Mead, Margaret
- Mendel, Gregor
- Merton, Robert K.
- Muir, John
- Nelkin, Dorothy
- Nye, Bill
- Oppenheimer, J. Robert
- Popper, Karl
- Sagan, Carl
- Snow, C. P.
- Teller, Edward
- Venter, J. Craig
- Watson, James D.
- Journal Publications
- Key Cases and Current Trends
- Agricultural Biotechnology
- Alternative Energy, Overview
- Architecture, Sustainable
- Astrobiology
- Astronomy, Public Communication of
- Avian Flu
- Biofuels
- Bioinformatics
- Bovine Somatotropin (BST or BGH)
- Fuel Cell Technology
- Gene
- Gene Therapy
- Holography
- Low-Level Radiation
- Nanotechnology
- Nutrigenomics
- Nutrition and Media
- Obesity Epidemic
- Pandemics, Origins of
- Recombinant DNA
- Reproductive Medicine
- Satellites, Science of
- Severe Acute Respiratory Syndrome
- Solar Energy
- String Theory
- Sustainability
- Synthetic Biology and Genomics
- Toxicogenomics
- Wind Power
- Law, Policy, Ethics, and Beliefs
- Big Science
- Bioethicists as Sources
- Censorship in Science
- Clean Air Act
- Clean Water Act
- Community “Right to Know”
- Conflicts of Interest in Science
- Embargo System
- Endangered Species Act
- Environmental Impact Statements
- Environmental Justice
- Ethical, Legal, and Social Issues (ELSI)
- Eugenics
- Food Libel Laws
- Gene Patenting
- Institutional Review Board
- Nanotechnology, Regulation of
- Planetary Protection
- Precautionary Principle
- Religion, Science, and Media
- Research Ethics, Overview
- Risk Analysis
- Risks and Benefits
- Science Communication and Indigenous North America
- Social Justice
- Technology Assessment
- Toxic Substances Regulation
- Major Infrastructural Initiatives
- Practices, Strategies, and Tools
- Professional Roles and Careers
- Agricultural Journalism
- Beat Reporting
- Career Paths, Medical Writing/Medical Journalism
- Career Paths, Science/Environmental Journalism
- Crisis Communication
- Disaster Coverage
- Environmental Journalism
- Freelancing
- Government Public Information
- Medical Journalism
- Public Relations and Science
- Scientist—Journalist Relations
- Social and Behavioral Science Reporting
- Technical Communication
- Weather Reporting
- Public Engagement Approaches
- Theory and Research
- Agenda Setting and Science
- Conversation and Science Communication
- Cultivation Theory and Science
- Deficit Model
- Diffusion of Innovations
- Digital Rhetoric and Science
- Discourse Analysis and Science
- Evaluation of Science Communication
- Framing and Priming in Science Communication
- Information Seeking and Processing
- Information Society
- Information Subsidies
- Opinion Leaders and Opinion Leadership
- Optimistic Bias
- Planned Behavior, Theory of
- Psychometric Paradigm
- Rhetoric of Medicine
- Rhetoric of Science
- Social Amplification of Risk Framework
- Social Epistemology
- Spiral of Silence and Science
- Third-Person Effect
- Uncertainty in Science Communication
- Venues and Channels
- Internet, History of
- Media Convergence
- Newspaper Science Pages
- Online Media and the Sciences
- Popular Science, Overview
- Science and the Giant Screen
- Science Centers and Science Museums
- Science Circus
- Science Documentaries
- Science Fiction
- Science in Advertising
- Science in Magazines
- Science in the Movies
- Science in Virtual Worlds
- Science Magazines
- Science on Radio
- Science Shops
- Science Theater
- Scientific Publishing, Overview
- Television Science
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