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Showing below keyword matches in entire database for "physical & mathematical sciences":
| Abrams, Robert E. Landscape and Ideology in American Renaissance Literature: Topographies of Skepticism. Cambridge: Cambridge University Press, 2004. | |
| Environmental Sciences | |
| Keywords: environmental sciences | geography | landscape | literature—19th C | physical & mathematical sciences | skepticism | theory | |
| Akbari, Suzanne Conklin. Seeing through the Veil: Optical Theory and Medieval Allegory. Toronto: University Toronto Press, 2004. | |
| Physical & Mathematical Sciences | |
| Keywords: allegory. Dante Alighieri | Geoffrey Chaucer | illumination | literature—medieval | medicine | optics | physical & mathematical sciences | science & technology studies | vision | |
| Aldana, Gerardo Villalobos. Oracular Science: Uncertainty in the History of Maya Astronomy, 500--1600 . Ph.D. Dissertation: Harvard University, 2001. | |
| Science & Technology Studies | |
| Keywords: archaeology | Maya | oracles | physical & mathematical sciences | religion | science and technology studies | |
| Alexander, Amir R. “Exploration Mathematics: The Rhetoric of Discovery and the Rise of Infinitesimal Methods.” Configurations 9 (2001): 1-36. | |
| Rhetoric of Science | |
| Keywords: Christopher Clavius | Galileo Galilei | John Evangelista Wallis | physical & mathematical sciences | rhetoric of science | Simon Torricelli Stevin | William Oughtred | |
| Amundson, Michael A. “’Uranium on the Cranium’: Uranium Mining and Popular Culture.” Atomic Culture: How We Learned to Stop Worrying and Love the Bomb. Eds. Scott C. Zeman, and Michael A. Amundson. Boulder: University Press Colorado, 2004. 49-65. | |
| Popular Sciences | |
| Keywords: bomb | culture studies | mining | nuclear power | physical & mathematical sciences | popular sciences | social sciences | technology | uranium | war | |
| Anderegg, Johannes. "'Freudig Trete Herein und Froh Entferne dich Wieder'. Über Goethes Wahrnehmung von Zyklischer Zeit." Von der Pansophie zur Weltweisheit: Goethes Analogisch-Philosophische Konzepte. Ed. Hans-Jürgen Schrader. Tübingen: Niemeyer, 2004. 173-188. | |
| Physical & Mathematical Sciences | |
| Keywords: Johann Wolfgang von Goethe | literature—18th C | physical & mathematical sciences | time | |
| Anderson, Ronald. “Exploring the Mathematical and Interpretative Strategies of Maxwell's Treatise on Electricity and Magnetism.” Endeavour 25 (December 2001): 157-165. | |
| Rhetoric of Science | |
| Keywords: James Clerk Maxwell | physical & mathematical sciences | rhetoric of science | |
| Ariew, Roger. Introduction: Galileo in Paris. Perspectives on Science 12 (Summer 2004): 131-134. | |
| Physical & Mathematical Sciences | |
| Keywords: Daniel Garber | Domenico Bertoloni Meli | Galilei Galileo | Marin Mersenne | mathematics | physical & mathematical sciences | Pierre Gassendi | science & technology studies | Thomas Hobbes | |
| Ascherson, Neal. “International Space.” Space: In Science, Art, and Society. Eds. François Penz, Gregory Radick, and Robert Howell. Cambridge, U.K: Cambridge University Press, 2004. 133-149. | |
| Physical & Mathematical Sciences | |
| Keywords: architecture | philosophy | physical & mathematical sciences | Psychological & Cognitive Sciences | social sciences | space | technology | time | |
| Ashman, Keith M. “Measuring the Hubble Constant: Objectivity under the Telescope.” In Ashman (Collections), pp. 98-119. [2001] | |
| Rhetoric of Science | |
| Keywords: physical & mathematical sciences | rhetoric of science | telescope | |
| Atalay, Bülent. Math and the Mona Lisa: The Art and Science of Leonardo da Vinci. Washington, DC: Smithsonian Books, 2004. | |
| Physical & Mathematical Sciences | |
| Keywords: biography | golden ratio | Leonardo da Vinci | mathematics | physical & mathematical sciences | physics | quantum physics | science & technology studies | visual art—medieval | |
| Baggott, Jim E. Beyond Measure: Modern Physics, Philosophy, and the Meaning of Quantum Theory. New York: Oxford University Press, 2004. | |
| Physical & Mathematical Sciences | |
| Keywords: Computers & Digital Technology | cosmology | cryptography | physical & mathematical sciences | quantum physics | teleportation | theory | |
| Barrett, Harrison H., and Kyle J. Myers. Foundations of Image Science. Hoboken, NJ: Wiley-Interscience, 2004. | |
| Theory | |
| Keywords: medicine | physical & mathematical sciences | radiology | technology | theory | visual art—20th C | |
| Barrow, John. “Outer Space.” Space: In Science, Art, and Society. Eds. François Penz, Gregory Radick, and Robert Howell. Cambridge, U.K: Cambridge University Press, 2004. 172-200. | |
| Physical & Mathematical Sciences | |
| Keywords: architecture | philosophy | physical & mathematical sciences | Psychological & Cognitive Sciences | space | technology | time | |
| Beck, Friedrich. “Quantum Brain Dynamics and Consciousness.” In Loocke (Collections), pp. 83-116. [2001] | |
| Psychological & Cognitive Sciences | |
| Keywords: mind | physical & mathematical sciences | psychological and cognitive sciences | quantum theory | |
| Belot, Gordon, and John Earman. “Pre-Socratic Quantum Gravity.” In Callender (Collections), pp. 213-255. [2001] | |
| Rhetoric of Science | |
| Keywords: physical & mathematical sciences | quantum theory | relativity | rhetoric of science | time | |
| Bernstein, Jeremy. Oppenheimer: Portrait of an Enigma. Chicago: Ivan R. Dee, 2004. | |
| Physical & Mathematical Sciences | |
| Keywords: biography | J. Robert Oppenheimer | nuclear science | physical & mathematical sciences | |
| Bernstein, Jeremy. The Merely Personal: Observations on Science and Scientists . Chicago: Ivan R. Dee, 2001. | |
| Science & Technology Studies | |
| Keywords: Albert Einstein | astronomy | Johannes Kepler | John Donne | Kurt Godel | nuclear energy | physical & mathematical sciences | physics | Richard Feynman | science and technology studies | Tom Stoppard | |
| Bertoloni Meli, Domenico. The Role of Numerical Tables in Galileo and Mersenne. Perspectives on Science 12 (Summer 2004): 164-190. | |
| Physical & Mathematical Sciences | |
| Keywords: Galileo Galilei | harmony | Marin Mersenne | mathematics | music | physical & mathematical sciences | theory | |
| Blay, Michel. “Force, Continuity, and the Mathematization of Motion at the End of the Seventeenth Century,” In Buchwald ( Collections ), pp. 225-248. [2001] | |
| Rhetoric of Science | |
| Keywords: Isaac Newton | physical & mathematical sciences | Pierre Varignon | rhetoric of science | |
| Bova, Ben. Faint Echoes, Distant Stars: The Science and Politics of Finding Life beyond Earth. New York: William Morrow, 2004. | |
| Physical & Mathematical Sciences | |
| Keywords: astronomy | Biological Sciences | economics | extraterrestrial | extremophiles | NASA | physical & mathematical sciences | politics | popular science | science fiction | technology | telescopes | |
| Böhme, Gernot. Licht und Zeit. München: Fink, 2004. | |
| Physical & Mathematical Sciences | |
| Keywords: identity | light | music | nationalism | physical & mathematical sciences | physics | social sciences | time | visual art: 20th C | |
| Böhme, Hartmut. “Äesthetische Wissenschaft: Aporien der Forschung im Werk Alexander von Humboldts.” In Ette2 (Collections), pp. 17-32. [2001] | |
| Rhetoric of Science | |
| Keywords: aesthetics | Alexander von Humboldt | physical & mathematical sciences | rhetoric of science | |
| Brackenridge, J. Bruce. “Newton's Mature Dynamics: A Crooked Path Made Straight.” In Buchwald (Collections), pp. 105-137. [2001] | |
| Rhetoric of Science | |
| Keywords: Isaac Newton | physical & mathematical sciences | rhetoric of science | |
| Brasseaux, Carl A. Steamboats on Louisiana's Bayous: A History and Directory. Baton Rouge: Louisiana State University Press, 2004. | |
| Technology | |
| Keywords: navigation | physical & mathematical sciences | steamboats | technology | transportation | |
| Broderick, Mick. “Is This the Sum of Our Fears? Nuclear Imagery in Post-Cold War Cinema.” Atomic Culture: How We Learned to Stop Worrying and Love the Bomb. Eds. Scott C. Zeman, and Michael A. Amundson. Boulder: University Press Colorado, 2004. 125-49. | |
| Popular Sciences | |
| Keywords: culture studies | film | literature—20th C | nuclear power | physical & mathematical sciences | popular sciences | social sciences | visual art—20th C | war | |
| Brosche, Peter. "Jean Paul unter dem Himmel der Astronomen." Jahrbuch der Jean-Paul-Gesellschaft 39. (2004): 215-225. | |
| Physical & Mathematical Sciences | |
| Keywords: astronomy | Jean Paul | physical & mathematical sciences | |
| Brown, Cecelia. “The E-volution of Preprints in the Scholarly Communication of Physicists and Astronomers.” Journal of the American Society for Information Science and Technology 62 (1 February 2001): 187-200. | |
| Rhetoric of Science | |
| Keywords: physical & mathematical sciences | rhetoric of science | |
| Brown, Don. Odd Boy Out: Young Albert Einstein. Boston: Houghton Mifflin, 2004. | |
| Physical & Mathematical Sciences | |
| Keywords: Albert Einstein | biography | physical & mathematical sciences | physics | relativity | |
| Browning, Veronica. Speaking Time: Intersections of Literature and Chronosophy. Ph.D. Dissertation: University Washington, 2004. | |
| Physical & Mathematical Sciences | |
| Keywords: Albert Einstein | chronosophy | Dante Alighieri | Gabriel García Márquez | James Joyce | Jorge Luis Borges | literature—medieval-20th C | mathematics | physical & mathematical sciences | Pythagorous | time | |
| Butterfield, Jeremy, and Christopher Isham. “Spacetime and the Philosophical Challenge of Quantum Gravity.” In Callender (Collections), pp. 33-89. [2001] | |
| Rhetoric of Science | |
| Keywords: physical & mathematical sciences | quantum theory | relativity | rhetoric of science | string theory | time | |
| Caduff, Corina. "Experiment Klon." Science & Fiction: Űber Gedankenexperimente in Wissenschaft, Philosophie und Literatur. Eds. Thomas H. Macho, and Annette Wunschel. Frankfurt am Main: Fischer, 2004. 230-242. | |
| Biological Sciences | |
| Keywords: Biological Sciences | cloning | physical & mathematical sciences | popular sciences | Psychological & Cognitive Sciences | thought experiment | time travel | |
| Canales, Jimena. “Exit the Frog, Enter the Human: Physiology and Experimental Psychology in Nineteenth-Century Astronomy.” BJHS 34 (2001): 173-197. | |
| Psychological & Cognitive Sciences | |
| Keywords: Adolph Hirsch | astronomy | photography | physical & mathematical sciences | psychological and cognitive sciences | |
| Cantor, Geoffrey, and Sally Shuttleworth, eds. Science Serialized: Representations of the Sciences in Nineteenth-century Periodicals. Cambridge, MA: MIT Press, 2004. | |
| Science & Technology Studies | |
| Keywords: Biological Sciences | botany | ethics | gender studies | journalism | meteorology | physical & mathematical sciences | Psychological & Cognitive Sciences | religion | science & technology studies | social sciences | visual art—19th C | |
| Cassells, Caroline Irene. Le Violon de Delacroix: Musicality and Modernist Aesthetics. Ph.D. Dissertation: University Virginia, 2004. | |
| Social Sciences | |
| Keywords: aesthetics | culture studies | Eugène Delacroix | harmony | identity | mathematics | music | pedagogy | physical & mathematical sciences | Plato | social sciences | theory | |
| Chayut, Michael. “From the Periphery: The Genesis of Eugene P. Wigner's Application of Group Theory to Quantum Mechanics.” Foundations of Chemistry: Philosophical, Historical and Interdisciplinary Studies of Chemistry 3 (2001): 55-78. | |
| Rhetoric of Science | |
| Keywords: Eugene Wigner | physical & mathematical sciences | rhetoric of science | |
| Christianson, James H. Revolutionizing Time and Space: The Close Accord of Modern Science and Aesthetics in Picturing Physical Planes. Ph.D. Dissertation: University California Santa Cruz, 2004. | |
| Physical & Mathematical Sciences | |
| Keywords: aesthetics | David Bohm | motion | physical & mathematical sciences | physics | space | technology | theory | Thomas Kuhn | time | visual art—20th C | |
| Ciardi, Marco. “La chimica pavese e la rivoluzione lavoisieriana.” In Stella (Collections), pp. 703-718. [2001] | |
| Rhetoric of Science | |
| Keywords: Alessandro Volta | Antoine Laurent de Lavoisier | physical & mathematical sciences | rhetoric of science | |
| Collins, Harry. Gravity’s Shadow: The Search for Gravitational Waves. Chicago: University Chicago Press, 2004. | |
| Physical & Mathematical Sciences | |
| Keywords: gravity | physical & mathematical sciences | rhetoric of science | science & technology studies | social sciences | theory | wave theory | |
| Colyvan, Mark. “Mathematics and Aesthetic Considerations in Science.” Mind 111 (2001): 69-74. [Also see Melia. | |
| Rhetoric of Science | |
| Keywords: physical & mathematical sciences | rhetoric of science | ] aesthetics | |
| Connor, James A. Kepler's Witch: An Astronomer's Discovery of Cosmic Order Amid Religious War, Political Intrigue, and the Heresy Trial of His Mother. San Francisco: HarperSanFrancisco, 2004. | |
| Physical & Mathematical Sciences | |
| Keywords: astronomy | cosmology | culture studies | disease | gravity | heresy | Johannes Kepler | medicine | Occult Sciences | physical & mathematical sciences | religious studies | social sciences | witchcraft | |
| Corbett, Jane Paisley Russell. Painted Science: Convention and Change in Seventeenth-century Netherlandish Paintings of Alchemists, Physicians and Astronomers. Ph.D. Dissertation: Queen’s University Kingston, 2004. | |
| Occult Sciences | |
| Keywords: astrology | astronomy | culture studies | iconography | medicine | morality | Occult Sciences | physical & mathematical sciences | rhetoric of science | social sciences | symbolism | visual art—17th C | |
| Creese, Mary R. S. Ladies in the Laboratory II: West European Women in Science, 1800-1900: A Survey of Their Contributions to Research. Lanham, MD: Scarecrow Press, 2004. | |
| Social Sciences | |
| Keywords: anatomy | anthropology | astronomy | bacteriology | Biological Sciences | botany | Computers & Digital Technology | entomology | environmental sciences | ethnography | exploration discovery & travel | Florence Merriam Bailey | gender studies | geology | literature—19th C | Mary Somerville | mathematics | medicine | native Americans | neurology | ornithology | pathology | physical & mathematical sciences | physics | physiology | Psychology | research | social sciences | taxonomy | technology | theory | |
| Dalton, Thomas Carlyle. Becoming John Dewey: Dilemmas of a Philosopher and Naturalist. Bloomington: Indiana University Press, 2002. | |
| Science & Technology Studies | |
| Keywords: education | evolution | John Dewey | phenomenology | physical & mathematical sciences | science and technology studies | |
| Darrigol, Olivier. “The Historians' Disagreement over the Meaning of Planck's Quantum.” Centaurus 34, nos. 3-4 (2001): 219-239. | |
| Rhetoric of Science | |
| Keywords: Allan Needell | Friedrich Hund | Max Klein Jammer | Max Planck | physical & mathematical sciences | quantum theory | rhetoric of science | Thomas S. Kuhn | |
| Davies, Char. “Virtual Space.” Space: In Science, Art, and Society. Eds. François Penz, Gregory Radick, and Robert Howell.Cambridge, U.K: Cambridge University Press, 2004. 69-104. | |
| Physical & Mathematical Sciences | |
| Keywords: architecture | philosophy | physical & mathematical sciences | Psychological & Cognitive Sciences | space | technology | time | |
| Davies, Paul. “Cosmos as Metaphor: Eco-spiritual Poetics.” In Parham (Collections): pp. 75-86. [2002] | |
| Environmental Sciences | |
| Keywords: biome | ecology | environmental sciences | evolution | gender studies | literature¬¬—19th-20th C | patriarchy | Percy Bysshe Shelley | physical & mathematical sciences | poetry | religion | symbolism | |
| Davies, Wayne Kenneth David. Writing Geographical Exploration: James and the Northwest Passage, 1631-33. Calgary, Alberta: University Calgary Press, 2004. | |
| Exploration Discovery & Travel | |
| Keywords: culture studies | environmental sciences | exploration discovery & travel | geography | narrative | physical & mathematical sciences | social sciences | theory | Thomas James | |
| Day, Michael A. “Oppenheimer on the Nature of Science.” Centaurus 43, no. 2 (2001): 73-112. | |
| Science & Technology Studies | |
| Keywords: J. Robert Oppenheimer | physical & mathematical sciences | science and technology studies | |
| De Regt, Henk W. “Spacetime, Visualisation and the Intelligibility of Physical Theories.” Studies in History and Philosophy of Modern Physics 32B (2001): 243-265. | |
| Rhetoric of Science | |
| Keywords: imagination | physical & mathematical sciences | quantum theory | rhetoric of science | |
| Dear, Peter Robert. Revolutionizing the Sciences: European Knowledge and Its Ambitions, 1500-1700 . Princeton, N.J.: Princeton University Press, 2001. | |
| Science & Technology Studies | |
| Keywords: Biological Sciences | humanism | literature—Renaissance | philosophy | physical & mathematical sciences | science and technology studies | |
| DeLue, Rachael Ziady . George Inness: Landscape, Representation, and the Struggle of Vision . Ph.D. Dissertation: Johns Hopkins University, 2001. | |
| Environmental Sciences | |
| Keywords: environmental sciences | George Inness | landscape | perception | physical & mathematical sciences | Psychological & Cognitive Sciences | vision | visual arts--general | |
| Dewar, James A. To the End of the Solar System: The Story of the Nuclear Rocket. Lexington, KY: University Press Kentucky, 2004. | |
| Physical & Mathematical Sciences | |
| Keywords: astronomy | nuclear power | physical & mathematical sciences | space exploration | |
| DeWeese, Garrett J. God and the Nature of Time. Aldershot, Hampshire, UK & Burlington, VT: Ashgate, 2004. | |
| Social Sciences | |
| Keywords: Boethius | John Duns Scotus | literature—medieval | Luis de Molina | metaphysics | physical & mathematical sciences | quantum physics | relativity | social sciences | St. Anselm | St. Augustine | St. Thomas Aquinas | St. Thomas Aquinas | theology | theory | time | William of Ockham | |
| DeWitt, Lloyd. The Alchemist Transformed. Chemical Heritage 20:1 (Spring 2002): 33. | |
| Occult Sciences | |
| Keywords: alchemy | chemistry | Occult Sciences | physical & mathematical sciences | |
| Dick, Steven J., and James E. Strick. The Living Universe: NASA and the Development of Astrobiology. New Brunswick, NJ: Rutgers University Press, 2004. | |
| Physical & Mathematical Sciences | |
| Keywords: archaea | astrobiology | astronomy | Biological Sciences | cell biology | NASA | nuclear winter | physical & mathematical sciences | popular sciences | science & technology studies | SETI | Sputnik | |
| Diederich, Werner. “The Structure of the Copernican Revolution.” Dialogos: Revista del Departmento de Filosofía Universidad de Puerto Rico 36 (January 2001): 7-24. | |
| Science & Technology Studies | |
| Keywords: I. Bernard Cohen | Johannes Kepler | Nicolaus Copernicus | physical & mathematical sciences | science and technology studies | Thomas S. Kuhn | |
| Donati, Silvia. “'Utrum accidens posit existere sine subiecto': Aristotlische Metaphysik und christliche Theologie in den Physikkommentaren des 13. Jahrhunderts.” In Nach der Verurteilung von 1277: Philosophie und Theologie an der Universität von Paris im Letzen Viertel des 13. Jahrhunderts: Studien und Texte , Jan A. Aersten, Kent Emery, Jr., and Andreas Speer, eds., 577-617. Berlin: de Gruyter, 2001. | |
| Rhetoric of Science | |
| Keywords: Aristotle | physical & mathematical sciences | rhetoric of science | |
| Dotzler, Bernhard J. "Dr. Szilard oder Wie Man Lernte, die Apokalypse zu Denken." Science & Fiction: Űber Gedankenexperimente in Wissenschaft, Philosophie und Literatur. Eds. Thomas H. Macho, and Annette Wunschel. Frankfurt am Main: Fischer, 2004. 145-161. | |
| Physical & Mathematical Sciences | |
| Keywords: apocalypse | Leo Szilard | physical & mathematical sciences | physics | thought experiment | |
| Duner, David Immanuel. Varldsmaskinen: Emanuel Swedenborgs Naturfilosofi. Ph.D. Dissertation: Lunds Universitet, 2004. | |
| Physical & Mathematical Sciences | |
| Keywords: acoustics | arithmetic | chemistry infinity | Emanuel Swedenborg | geometry | hydrology | literature—18th C | measurement | mechanics | mechanism | metaphysics | music | neurology | optics | philosophy | physical & mathematical sciences | physics | poetry | Psychological & Cognitive Sciences | science & technology studies | theory | |
| Eglash, Ron. “Race, Sex, and Nerds: From Black Geeks to Asian American Hipsters.” Social Text 20:2 (2002): 49-64. | |
| Social Sciences | |
| Keywords: gender studies | physical & mathematical sciences | race studies | social sciences | technology | |
| Elsner, Norbert, and Werner Frick, Werner, eds. Scientia Poetica: Literatur und Naturwissenschaft. Göttingen: Wallstein, 2004. | |
| Computers & Digital Technology | |
| Keywords: Computers & Digital Technology | E.T.A. Hoffmann | literature—19th-20th C | physical & mathematical sciences | puppets | robotics | technology | |
| Elsner, Norbert. "Die Erste War Olimpia. Hoffmanns Erzählungen von Puppen und Automaten." Scientia Poetica: Literatur und Naturwissenschaft. Eds. Norbert Elsner, and Werner Frick. Göttingen: Wallstein-Verlag, 2004. 193-225. | |
| Computers & Digital Technology | |
| Keywords: Computers & Digital Technology | E.T.A. Hoffmann | literature—19th C | physical & mathematical sciences | puppets | robotics | technology | |
| Emmorey, Karen. “Language and Space.” Space: In Science, Art, and Society. Eds. François Penz, Gregory Radick, and Robert Howell.Cambridge, U.K: Cambridge University Press, 2004. 22-45. | |
| Rhetoric of Science | |
| Keywords: architecture | philosophy | physical & mathematical sciences | Psychological & Cognitive Sciences | rhetoric of science | space | technology | time | |
| Engler, Gideon. “Quantum Field Theories and Aesthetic Disparity.” International Studies in the Philosophy of Science 15 (2001): 51-63. | |
| Rhetoric of Science | |
| Keywords: aesthetics | Paul Dirac | physical & mathematical sciences | quantum theory | rhetoric of science | Steven Weinberg | |
| English-Lueck, June Anne. Cultures@Silicon Valley. Stanford, CA: Stanford University Press, 2002. | |
| Social Sciences | |
| Keywords: ethnography | physical & mathematical sciences | race studies | Silicon Valley | social sciences | technology | |
| Fagan, Brian M. The Long Summer: How Climate Changed Civilization. New York: Basic Books, 2004. | |
| Physical & Mathematical Sciences | |
| Keywords: adaptation | anthropology | climate | culture studies | ice age | narrative | physical & mathematical sciences | science & technology studies | social sciences | |
| FalerSweany, Margaret Louise. A Rhetoric of Deliberative Decision-making: The Rhetorical Situation in Global Climate Change Hearings. Ph.D. Dissertation: Michigan Technological University, 2001. | |
| Rhetoric of Science | |
| Keywords: climate | environmental sciences | hueristic | Lloyd F. Bitzer | physical & mathematical sciences | rhetoric of science | |
| Fara, Patricia. "Vervielfältigtes Leben: Newtonianismus, Natürliche Theologie und die Debatte um die Vielzahl der Welten im 18. Jahrhundert." Science und Fiction II: Leben auf anderen Sternen. Ed. Thomas P. Weber. Frankfurt am Main: Fischer, 2004. 61-89. | |
| Physical & Mathematical Sciences | |
| Keywords: astronomy | Isaac Newton | literature--18th C | physical & mathematical sciences | theology | |
| Fauvergue, Claire. “Mathématiques et psychologie de Leibniz à Diderot: De la monade à l'individu.” Kairos 18 (2001): 75-89. | |
| Psychological & Cognitive Sciences | |
| Keywords: Denis Diderot | Gottfried Wilhelm von Leibniz | physical & mathematical sciences | psychological and cognitive sciences | |
| Fischer, Ernst Peter. "Wovon Man Nicht Sprechen Kann, Davon Muß Man Erzählen. Poetische Hilfen für die Wissenschaften von der Natur." Scientia Poetica: Literatur und Naturwissenschaft. Eds. Norbert Elsner, and Werner Frick. Göttingen: Wallstein-Verlag, 2004. 9-30. | |
| Environmental Sciences | |
| Keywords: aesthetics | Biological Sciences | environmental sciences | evolution | experiment | narrative | physical & mathematical sciences | poetics | poetry | visual art—19th C | |
| Freeman, Michael. Victorians and the Prehistoric: Tracks to a Lost World. New Haven, CT: Yale University Press, 2004. | |
| Biological Sciences | |
| Keywords: anthropology | Biological Sciences | canals | Charles Darwin | culture studies | evolution | fossils | geology | literature—19th C | museums | paleontology | physical & mathematical sciences | popular sciences | railroads | social sciences | technology | |
| Gamwell, Lynn. Exploring the Invisible: Art, Science, and the Spiritual. Princeton, NJ: Princeton University Press, 2002. | |
| Biological Sciences | |
| Keywords: Alfred Einstein | art--17th-20th C | Biological Sciences | Charles Darwin | Isaac Newton | music | physical & mathematical sciences | Psychological & Cognitive Sciences | romanticism | surrealism | |
| Garber, Daniel. On the Frontlines of the Scientific Revolution: How Mersenne Learned to Love Galileo, Perspectives on Science 12 (Summer 2004): 135-163. | |
| Physical & Mathematical Sciences | |
| Keywords: Galileo Galilei | Marin Mersenne | mathematics | philosophy | physical & mathematical sciences | |
| Gilbert, Holly R. System and Intellect: Science and Imagination in the Valeryan "Oeuvre." Ph.D. Dissertation: University California Los Angeles, 2004. | |
| Physical & Mathematical Sciences | |
| Keywords: Albert Einstein | chaos | imagination | objectivity | physical & mathematical sciences | physics | Psychological & Cognitive Sciences | quantum mechanics | relativity | rhetoric of science | science & technology studies | theory | |
| Glazebrook, Trish. “Zeno against Mathematical Physics.” JHI 62 (2001): 193-210. | |
| Rhetoric of Science | |
| Keywords: physical & mathematical sciences | rhetoric of science | Zeno | |
| Globus, Gordon, and Elena Bezzubova. “Postmodern Implications of Quantum Brain Dynamics.” In Pylkkanen ( Collections ), pp. 145-153. [2001] | |
| Theory | |
| Keywords: mind | physical & mathematical sciences | quantum theory | theory | |
| Goin, Peter. “The Nuclear Past in the Landscape Present.” Atomic Culture: How We Learned to Stop Worrying and Love the Bomb. Eds. Scott C. Zeman, and Michael A. Amundson. Boulder: University Press Colorado, 2004. 81-101. | |
| Popular Sciences | |
| Keywords: culture studies | environmental sciences | fallout | landscape | nuclear power | physical & mathematical sciences | popular sciences | social sciences | war | |
| Goldstein, Sheldon, and Stefan Teufel. “Quantum Spacetime Without Observers: Ontological Clarity and the Conceptual Foundations of Quantum Gravity.” In Callender ( Collections ), pp. 275-289. [2001] | |
| Rhetoric of Science | |
| Keywords: physical & mathematical sciences | quantum theory | rhetoric of science | |
| Gooday, Graeme. The Morals of Measurement: Accuracy, Irony, and Trust in Late Victorian Electrical Practice. Cambridge & New York: Cambridge University Press, 2004. | |
| Physical & Mathematical Sciences | |
| Keywords: accuracy | electricity | engineering | ethics | gender studies | lighting | measurements | meteorology | morality | narrative | physical & mathematical sciences | physics | quantification | social sciences | technology | trust | |
| Gordin, Michael D. A Well-ordered Thing: Dmitrii Mendeleev and the Shadow of the Periodic Table. New York: Basic Books, 2004. | |
| Physical & Mathematical Sciences | |
| Keywords: chemistry | economics | periodic table | physical & mathematical sciences | politics | prophecy | science & technology studies | spiritualism | theory | |
| Gordin, Michael Dan. The Ordered Society and its Enemies: D. I. Mendeleev and the Russian Empire, 1861--1905 . Ph.D. Dissertation: Harvard University, 2001. | |
| Science & Technology Studies | |
| Keywords: chemistry | Dmitry Ivanovich Mendeleyev | gunpowder | periodic table | physical & mathematical sciences | science and technology studies | social sciences | |
| Grajeda, Anthony Alfonso. Machines of the Audible: A Cultural History of Sound, Technology, and a Listening Subject . Ph.D. Dissertation: University of Wisconsin, Milwaukee, 2001. | |
| Technology | |
| Keywords: aesthetics | electronics | film/TV | modernity | phonograph | physical & mathematical sciences | Psychological & Cognitive Sciences | radio | social sciences | sound | technology | |
| Grant, Edward. Scientific Imagination in the Middle Ages. Perspectives on Science 12 (Winter 2004): 394-423. | |
| Physical & Mathematical Sciences | |
| Keywords: imagination | perception | philosophy | physical & mathematical sciences | physics | religion | theory | |
| Green-Lewis, Jennifer. “Not Fading Away: Photography in the Age of Oblivion.” NCC 22 (2001): 559-585. | |
| Technology | |
| Keywords: photography | physical & mathematical sciences | technology | |
| Greenfield, Susan. “Inner Space.” Space: In Science, Art, and Society. Eds. François Penz, Gregory Radick, and Robert Howell.Cambridge, U.K: Cambridge University Press, 2004. 6-21. | |
| Psychological & Cognitive Sciences | |
| Keywords: architecture | philosophy | physical & mathematical sciences | Psychological & Cognitive Sciences | space | technology | time | |
| Greiff, Bodo von. "Hat Galilei seine Zeit verschwendet? Von geistiger Arbeitsteilung und wissenschaftlichen Dialogen.” Gegenworte 7 ( 2001): 49-52. | |
| Rhetoric of Science | |
| Keywords: Galileo Galilei | language | physical & mathematical sciences | rhetoric of science | |
| Haberkamm, Klaus. "'Edle Wissenschafft' und 'Freye Kunst': Zur Begriffsbestimmung der Astronomie, Astrologie bei Grimmelshausen." Simpliciana 26 (2004):163-183. | |
| Physical & Mathematical Sciences | |
| Keywords: alchemy | astrology | astronomy | chemistry | Hans Jakob Christoffel von Grimmelshausen | Johann Wolfgang von Boethe | literature—17th C | Occult Sciences | pansophism | philosophy | physical & mathematical sciences | technology | |
| Haberkorn, Michaela. Naturhistoriker und Zeitenseher: Geologie und Poesie um 1800: Der Kreis um Abraham Gottlob Werner. Frankfurt: Lang, 2004. | |
| Environmental Sciences | |
| Keywords: Abraham Gottlob Werner | environmental sciences | geology | physical & mathematical sciences | poetry | romanticism | |
| Halpern, Paul. The Great Beyond: Higher Dimensions, Parallel Universes, and the Extraordinary Search for a Theory of Everything. Hoboken, NJ: J. Wiley, 2004. | |
| Physical & Mathematical Sciences | |
| Keywords: Albert Einstein | electricity | geometry | gravity | hyperspace | magnetism | multiple dimensions | Niels Bohr | physical & mathematical sciences | physics | quantum physics | science & technology studies | string theory | theory | Werner Heisenberg | |
| Hameroff, Stuart. “Biological Feasibility of Quantum Approaches to Consciousness: The Penrose-Hameroff ‘Orch OR' Model.” In Loocke (Collections), pp. 1-61. [2001] | |
| Psychological & Cognitive Sciences | |
| Keywords: Biological Sciences | mind | physical & mathematical sciences | psychological and cognitive sciences | |
| Harris, Steven B. “A.I. and the Return of the Krell Machine.” Skeptic 9:3 (2002): 68-79. | |
| Popular Sciences | |
| Keywords: artificial intelligence | nanotechnology | nuclear energy | physical & mathematical sciences | physics | popular sciences | science fiction | |
| Hecht, Gabrielle. “Rupture-Talk in the Nuclear Age: Conjugating Colonial Power in Africa.” Social Studies Science 32:5-6 (December 2002): 691-727. | |
| Social Sciences | |
| Keywords: colonialism | elitism | nuclear power | physical & mathematical sciences | postcolonialism | power | social sciences | technology | uranium | |
| Helferich, Gerard. Humboldt's Cosmos: Alexander von Humboldt and the Latin American Journey That Changed the Way We See the World. New York: Gotham Books, 2004. | |
| Exploration Discovery & Travel | |
| Keywords: Alexander von Humboldt | botany | environmental sciences | exploration discovery & travel | geology | literature—19th C | physical & mathematical sciences | |
| Heller, Michael. “Generalizations: From Quantum Mechanics to God.” In Russell2 (Collections), pp. 191-210. [2001] | |
| Science & Technology Studies | |
| Keywords: physical & mathematical sciences | quantum theory | science and technology studies | |
| Henchman, Anna Alexandra. Astronomy and the Problem of Perception in British literature, 1830—1910. Ph.D. Dissertation: Harvard University, 2004. | |
| Physical & Mathematical Sciences | |
| Keywords: Alfred | astronomy | epistemology | George Eliot | Herbert Spencer | John Pringle Nichol | literature—19th C | Lord Tennyson | Mary Somerville | Norman Lockyer | observatories | perception | physical & mathematical sciences | R. A. Proctor | theory | Thomas De Quincey | Thomas Hardy | William Herschel. John Hershel | William Whewell | |
| Henry, John. “Animism and Empiricism: Copernican Physics and the Origins of William Gilbert's Experimental Method.” JHI 62 (2001): 99-119. | |
| Occult Sciences | |
| Keywords: Nicolaus Copernicus | Occult Sciences | physical & mathematical sciences | William Gilbert | |
| Hersey, Eleanor. “’Space Is a Frame We Map Ourselves In’: The Feminist Geographies of Susan Howe’s Frame Structures.” In Rosendale (Collections): pp. 131-148. [2002] | |
| Environmental Sciences | |
| Keywords: agriculture | body | cartography | colonialism | ecology | environmental sciences | gender structures | geography | Henry Wadsworth Longfellow | literature—19th C | physical & mathematical sciences | social sciences | Susan Howe | |
| Hill, Ruth. “Modern Science as Emergent Culture: Luzan's ‘Juicio de Paris renovado: Fábula épica.'” Hispanofila 132 (May 2001): 53-68. | |
| Theory | |
| Keywords: Gabriel Alvarez de Toledo y Pellicer | Ignacio de Luzan | Isaac Newton | optics | physical & mathematical sciences | theory | |
| Hoffman, Jeffrey. “Exploring Space.” Space: In Science, Art, and Society. Eds. François Penz, Gregory Radick, and Robert Howell.Cambridge, U.K: Cambridge University Press, 2004. 150-171. | |
| Physical & Mathematical Sciences | |
| Keywords: architecture | exploration | philosophy | physical & mathematical sciences | Psychological & Cognitive Sciences | space | technology | time | |
| Hoheisel, Claus. Physik und verwandte Wissenschaften in Robert Musils Roman "Der Mann ohne Eigenschaften" (dmoe): Ein Kommentar. Berlin: Europ. Universitätsverlag, 2004. | |
| Physical & Mathematical Sciences | |
| Keywords: literature—20th C | physical & mathematical sciences | physics | Robert Musil | |
| Holmes, Hannah. The Secret Life of Dust: From the Cosmos to the Kitchen Counter, the Big Consequences of Little Things . New York: Wiley, 2001. | |
| Science & Technology Studies | |
| Keywords: Biological Sciences | physical & mathematical sciences | popular sciences | science and technology studies | |
| Huler, Scott. Defining the Wind: The Beaufort Scale and How a 19th-Century Admiral Turned Science into Poetry. New York: Crown Publishers, 2004. | |
| Physical & Mathematical Sciences | |
| Keywords: biography | Francis Beaufort | hydrography | meteorology | physical & mathematical sciences | |
| Hunner, Jon. “Reinventing Los Alamos: Code Switching and Suburbia at America's Atomic City.” Atomic Culture: How We Learned to Stop Worrying and Love the Bomb. Eds. Scott C. Zeman, and Michael A. Amundson. Boulder: University Press Colorado, 2004. 33-49. | |
| Popular Sciences | |
| Keywords: bomb | class studies | coding | culture studies | nuclear power | physical & mathematical sciences | popular sciences | social sciences | war | |
| Jardine, Lisa. “Mapping Space.” Space: In Science, Art, and Society. Cambridge, U.K: Cambridge University Press, 2004. 105-132. | |
| Physical & Mathematical Sciences | |
| Keywords: architecture | culture studies | philosophy | physical & mathematical sciences | Psychological & Cognitive Sciences | social sciences | space | technology | time | visual art--general | |
| Jesseph, Douglas Michael. Galileo, Hobbes, and the Book of Nature. Perspectives on Science 12 (Summer 2004): 191-211. | |
| Environmental Sciences | |
| Keywords: environmental sciences | Galileo Galilei | geometry | mechanism | physical & mathematical sciences | science & technology studies | Thomas Hobbes | William Cavendish | |
| Johnson, Colin G., and Juan Jesus Romero Cardalda. “Genetic Algorithms in Visual Art and Music.” Leonardo 35.2 (2002): 175-196. | |
| Computers & Digital Technology | |
| Keywords: Artemis Moroni | computers and digital technology | creativity | Duncan Rowland | evolution | Fernando Von Zuben | Frank Biocca | hypermedia | Jônatas Manzolli | physical & mathematical sciences | Tatsuo Unemi | technology | theory | visual arts—20th-21st C | Visual arts—electronic | |
| Johnston, Matthew N. Surveying the Nation in Time: Landscape and Narrative in Nineteenth-century American Print Culture. Ph.D. Dissertation: University Chicago, 2004. | |
| Environmental Sciences | |
| Keywords: electroplating | engraving | environmental sciences | ethnography | geology | imagery | landscape | literature—19th C | narrative | narrative | optics | physical & mathematical sciences | print | surveying | technology | theory | time | tourism | visual art—19th C | |
| Jurgis, Andy. “Twentieth-century Rural Poets of Britain and Ireland: Ecological Voices from the Geographical and Cultural Margins.” In Parham (Collections): pp. 198-225. [2002] | |
| Environmental Sciences | |
| Keywords: ecology | environmental sciences | evolution | geography | landscape | literature—20th C | physical & mathematical sciences | poetry | Seamus Heaney | |
| Kaku, Michio. Einstein's Cosmos: How Albert Einstein's Vision Transformed Our Understanding of Space and Time. New York: Atlas Books/W.W. Norton, 2004. | |
| Physical & Mathematical Sciences | |
| Keywords: Albert Einstein | physical & mathematical sciences | popular sciences | quantum physics | science & technology studies | space | theory | time | |
| Kaul, Susanne. "Gehaltene Gegenwart. Zu Heidegger und Kafka." Stillstellen: Medien – Aufzeichnung – Zeit. Eds. Andreas Gelhardt, Ulf Schmidt, and Tanja Schultz. Schliengen: Argus, 2004. 242-249. | |
| Physical & Mathematical Sciences | |
| Keywords: Franz Kafka | literature—19th-20th C | philosophy | philosophy | physical & mathematical sciences | time | |
| Kelley, Colleen, Alyse Jordan, and Catherine Roberts. “Finding the Science in Art: An Interdisciplinary Course Linking Art, Math, and Chemistry.” Journal of College Science Teaching 31 (November 2001): 162-166. | |
| Theory | |
| Keywords: chemistry | education | physical & mathematical sciences | theory | visual arts—general | |
| Klerkx, Greg. Lost in Space: The Fall of NASA and the Dream of a New Space Age. New York: Pantheon Books, 2004. | |
| Science & Technology Studies | |
| Keywords: astronomy | discovery & travel | exploration | NASA | physical & mathematical sciences | science & technology studies | space exploration | |
| Knight, David M. Science and Spirituality: The Volatile Connection. London & New York: Routledge, 2004. | |
| Physical & Mathematical Sciences | |
| Keywords: Albert Einstein | Alfred Lord Tennyson | Biological Sciences | Charles Darwin | faith | Francis Bacon | Immanuel Kant | Mary Shelley and Stephen Hawking | materialism | physical & mathematical sciences | religion | René Descartes | spirituality | William Paley | |
| Koopmann, Helmut. "'Für Organische Chemie Interessieren Sie Sich also Auch?' Wissenschaft als Thema in der Erzählkunst der Klassischen Moderne." Scientia Poetica: Literatur und Naturwissenschaft. Eds. Norbert Elsner, and Werner Frick. Göttingen: Wallstein-Verlag, 2004. 351-378. | |
| Physical & Mathematical Sciences | |
| Keywords: chemistry | literature—19th C | modernism | physical & mathematical sciences | |
| Kuhn, Robert Lawrence, ed. Closer to Truth: Challenging Current Belief . New York: McGraw-Hill, 2000. [2001] | |
| Science & Technology Studies | |
| Keywords: Biological Sciences | genetics | internet mind | physical & mathematical sciences | Psychological & Cognitive Sciences | science and technology studies | technology | |
| Kuusk, Piret. “Physical Reality, Theoretical Physics, and Mathematics.” In Vihalemm (Collections), pp. 203-214. [2001] | |
| Rhetoric of Science | |
| Keywords: physical & mathematical sciences | rhetoric of science | William Anderson | |
| Labinger, Jay A., and Harry Collins, eds. The One Culture?: A Conversation About Science . Chicago: University of Chicago Press, 2001. | |
| Science & Technology Studies | |
| Keywords: Alan Turing | Ludwig Wittgenstein | Michael Polanyi | philosophy | physical & mathematical sciences | physics | Psychological & Cognitive Sciences | science and technology studies | science wars | scientific method | social sciences | |
| Lafrance, Yvon. “La rationalité platonicienne: mathématiques et dialectique chez Platon.” In Narcy (Collections), pp. 13-48. [2001] | |
| Rhetoric of Science | |
| Keywords: physical & mathematical sciences | Plato | rhetoric of science | |
| Libeskind, Daniel. “Architectural Space.” Space: In Science, Art, and Society. Eds. François Penz, Gregory Radick, and Robert Howell. Cambridge, UK: Cambridge University Press, 2004. 46-68. | |
| Technology | |
| Keywords: architecture | philosophy | physical & mathematical sciences | Psychological & Cognitive Sciences | space | technology | time | |
| Lotfalian, Mazyar. Islam, Technoscientific Identities, and the Culture of Curiosity. Lanham, Md: University Press of America, 2004. | |
| Social Sciences | |
| Keywords: culture studies | philosophy | physical & mathematical sciences | religion | social sciences | |
| Löhkivi, Endla. “Herman Boerhaave— Communis Europae Praeceptor : Internal vs. External in the History of Science.” In Vihalemm (Collections), pp. 139-150. [2001] | |
| Science & Technology Studies | |
| Keywords: education | Herman Boerhaave | physical & mathematical sciences | science and technology studies | |
| Macho, H.,and Annette Wunschel (eds.). Science & Fiction: Űber Gedankenexperimente in Wissenschaft, Philosophie und Literatur. Frankfurt am Main: Fischer, 2004. | |
| Popular Sciences | |
| Keywords: physical & mathematical sciences | popular sciences | Psychological & Cognitive Sciences | time travel | |
| Macho, Thomas. "Die Rätsel der vierten Dimension." Science & Fiction: Űber Gedankenexperimente in Wissenschaft, Philosophie und Literatur. Eds. Thomas H. Macho, and Annette Wunschel. Frankfurt am Main: Fischer, 2004. 62-81. | |
| Physical & Mathematical Sciences | |
| Keywords: fourth dimension | physical & mathematical sciences | Psychological & Cognitive Sciences | thought experiments | |
| Mamiani, Maurizio. “To Twist the Meaning: Newton's Regulae Philosophandi Revisited.” In Buchwald (Collections), pp. 3-14. [2001] | |
| Rhetoric of Science | |
| Keywords: Isaac Newton | physical & mathematical sciences | rhetoric of science | Robert Sanderson | |
| Martinez, Ignacio, and Juan Luis-Arsuga. Green Fire: The Life Force, from the Atom to the Mind. Trans. Michael B. Miller. New York: Thunder’s Mouth, 2004. | |
| Literature, Science & the Arts | |
| Keywords: Aristotle | Baron von Munchausen | Biological Sciences | brain | Charles Darwin | chemistry | chlorophyll | evolution | Francis Bacon | Galileo Galilei | mythology | navigation | physical & mathematical sciences | physics | popular sciences | psychological and cognitive sciences | Queen Christina | René Descartes | Rudyard Kipling | social sciences | technology | |
| McMullin, Ernan. “Formalism and Ontology in Early Astronomy.” In Russell2 (Collections), pp. 55-78. [2001] | |
| Science & Technology Studies | |
| Keywords: astronomy | Galileo Galilei | Johannes Kepler | NicolausCopernicus | physical & mathematical sciences | science and technology studies | |
| Mendelson, Elliott. Introducing Game Theory and Its Applications. Boca Raton, LA: Chapman & Hall/CRC, 2004. | |
| Theory | |
| Keywords: Biological Sciences | coding | economics | game theory | mathematics | physical & mathematical sciences | theory | zero sum | |
| Misa, Thomas J. Leonardo to the Internet: Technology & Culture from the Renaissance to the Present. Baltimore, MD: Johns Hopkins University Press, 2004. | |
| Technology | |
| Keywords: atomic bomb | chemistry | Computers & Digital Technology | culture studies | economics | electricity | futurism | geography | imperialism | internet | Leonardo da Vinci | military | modeling | narrative | physical & mathematical sciences | railroads | social sciences | steamships | technology | telegraphy | visual arts—general | war | |
| Mitchell, Lloyd W., III. Development of a Definition, Classification System, and Model for Cultural Geology. Ph.D. Dissertation: University North Dakota, 2004. | |
| Physical & Mathematical Sciences | |
| Keywords: culture studies | ethnic studies | geology | native Americans | pedagogy | physical & mathematical sciences | race studies | rhetoric of science | semantics | social sciences | theory | |
| Montemayor-Borsinger, Ann. “Linguistic Choices in Two Research Articles in Physics: Study of an Author's Development.” ESPecialist 22 (2001): 51-74. | |
| Rhetoric of Science | |
| Keywords: language | linguistics | physical & mathematical sciences | rhetoric of science | |
| Moulines, C. Ulises. “Ontology, Reduction, and the Unity of Science.” In Cao (Collections), pp. 19-27. [2001] | |
| Science & Technology Studies | |
| Keywords: physical & mathematical sciences | quantum theory | science and technology studies | |
| Moyer, Michael. “The Physics of Time Travel.” Popular Science 260:3 (Mar. 2002): 52-53. | |
| Popular Sciences | |
| Keywords: black holes | physical & mathematical sciences | physics | popular sciences | science fiction | string theory | time | wormholes | |
| Murphy, Dallas. Rounding the Horn: Being the Story of Williwaws and Windjammers, Drake, Darwin, Murdered Missionaries and Naked Natives--A Deck's-eye View of Cape Horn. New York: Basic Books, 2004. | |
| Exploration Discovery & Travel | |
| Keywords: cartography | Charles Darwin | exploration discovery & travel | Francis Drake | Joseph Conrad | literature—Renaissance-20th C | native Americans | physical & mathematical sciences | Robert Fitzroy | |
| Müller, Klaus-Detlef. "Brechts Leben des Galilei und die Folgen. Der Physiker als Gegenstand Literarischer Phantasie." Scientia Poetica: Literatur und Naturwissenschaft. Eds. Norbert Elsner, and Werner Frick. Göttingen: Wallstein-Verlag, 2004. 379-402. | |
| Popular Sciences | |
| Keywords: fantasy | Galileo Galilei | literature—16th C | physical & mathematical sciences | physics | popular sciences | |
| Nersessian, Nancy J. “Concept Formation and Commensurability.” In Hoyningen (Collections), pp. 273-301. [2001] | |
| Rhetoric of Science | |
| Keywords: James Clerk Maxwell | physical & mathematical sciences | rhetoric of science | |
| Neto, José R. Maia, and Elene C. Pereira Maia. “Boyle's Carneades.” Ambix 49 (2002): 97-111. | |
| Occult Sciences | |
| Keywords: Occult Sciences | physical & mathematical sciences | Robert Boyle | |
| Newman, William R., and Lawrence Principe. Alchemy Tried in the Fire: Starkey, Boyle, and the Fate of Helmontian Chymistry. London: University Chicago Press, 2002. | |
| Occult Sciences | |
| Keywords: Antoine Lavoisier | Aristotle | Benjamin Worsley | chemistry | Francis Bacon | Frederick Clodius | George Starkey | Joan Baptista Van Helmont | Johann Moriean | Johann Rudolph Glauber | metallurgy | metaphor | Occult Sciences | philosopher’s stone | physical & mathematical sciences | Robert Boyle | Samuel Hartlib | Sir Kenelm Digby | |
| Ninio, Jacques. The Science of Illusions . Ithaca, NY: Cornell University Press, 2001. | |
| Psychological & Cognitive Sciences | |
| Keywords: mind | perception | physical & mathematical sciences | psychological and cognitive sciences | visual arts—general | |
| Norris, Christopher. Philosophy of Language and the Challenge to Scientific Realism. London & New York: Routledge, 2004. | |
| Rhetoric of Science | |
| Keywords: causation | empiricism | Ludwig Josef Johann Wittgenstein | Norwood R. Hanson | philosophy | physical & mathematical sciences | quantum physics | realism | rhetoric of science | science & technology studies | technology | theory | X-ray | |
| Norris, Christopher. “Putnam on Realism, Reference and Truth: The Problem with Quantum Mechanics.” International Studies in the Philosophy of Science 15 (2001): 65-91. | |
| Rhetoric of Science | |
| Keywords: Hilary Putnam | Michael Dummett | physical & mathematical sciences | quantum theory | rhetoric of science | |
| Nunberg, Geoffrey. Going Nucular: Language, Politics, and Culture in Confrontational Times. New York: PublicAffairs, 2004. | |
| Rhetoric of Science | |
| Keywords: culture studies | gender studies | grammar | Maximilien François Marie Isidore de Robespierre | media | nationalism | physical & mathematical sciences | politics | postmodernism | race studies | rhetoric of science | Rush Limbaugh | social sciences | symbolism | syntax | technology | war | |
| O'Grady, Patricia F. Thales of Miletus: The Beginnings of Western Science and Philosophy. Aldershot: Ashgate, 2002. | |
| Science & Technology Studies | |
| Keywords: philosophy | physical & mathematical sciences | science and technology studies | Thales | |
| Olson, Richard. Science and Religion, 1450-1900: From Copernicus to Darwin. Westport, CN: Greenwood Press, 2004. | |
| Theory | |
| Keywords: Biological Sciences | physical & mathematical sciences | religion | theory | |
| Page, Jake, and Charles Officer. The Big One: The Earthquake That Rocked Early America and Helped Create a Science. Boston: Houghton Mifflin, 2004. | |
| Physical & Mathematical Sciences | |
| Keywords: earthquake | fault lines | geology | John James Audubon | literature—19th C | physical & mathematical sciences | prediction | seismology | Tecumseh | |
| Palmerino, Carla Rita. Gassendi's Reintrepretation of the Galilean Theory of Tides. Perspectives on Science 12 (Summer 2004): 212-237. | |
| Science & Technology Studies | |
| Keywords: astronomy | Galileo Galilei | Johannes Kepler | physical & mathematical sciences | Pierre Gassendi | science & technology studies | tides | |
| Panek, Richard. The Invisible Century: Einstein, Freud and the Search for Hidden Universes. New York: Viking, 2004. | |
| Physical & Mathematical Sciences | |
| Keywords: Alfred Einstein | cosmology | mind | physical & mathematical sciences | psychoanalysis | Psychological & Cognitive Sciences | Sigmund Freud | unconscious | |
| Pang, Alex Soojung-Kim. Empire and the Sun: Victorian Solar Eclipse Expeditions: Writing Science. Stanford: Stanford University Press, 2002. | |
| Exploration Discovery & Travel | |
| Keywords: astronomy | eclipse | exploration discovery & travel | literature--19th C | physical & mathematical sciences | |
| Peacocke, Arthur R. “Chance and Law in Irreversible Thermodynamics, Theoretical Biology, and Theology.” In Russell (Collections ), pp. 123-143. [2001] | |
| Biological Sciences | |
| Keywords: Biological Sciences | evolution | physical & mathematical sciences | thermodynamics | |
| Penz, François, Gregory Radick, and Robert Howell, eds. Space: In Science, Art, and Society. Cambridge, U.K: Cambridge University Press, 2004. | |
| Physical & Mathematical Sciences | |
| Keywords: architecture | philosophy | physical & mathematical sciences | Psychological & Cognitive Sciences | space | technology | time | |
| Perakh, Mark, and Matt Young. “Is Intelligent Design Science?” Why Intelligent Design Fails: A Scientific Critique of the New Creationism. Ed. Matt Young, and Taner Edis. New Brunswick, NJ: Rutgers University Press, 2004. 185-97. | |
| Biological Sciences | |
| Keywords: archaeology | Biological Sciences | Charles Darwin | creationism | evolution | intelligence | intelligent design | physical & mathematical sciences | religioin | social sciences | thermodynamics | |
| Perrault, Katherine Bartol. Astronomy, Alchemy, and Archetypes: An Integrated View of Shakespeare's A Midsummer Night's Dream. Ph.D. Dissertation: Texas Tech University, 2001. | |
| Occult Sciences | |
| Keywords: alchemy | astronomy | Carl Jung | Occult Sciences | physical & mathematical sciences | Psychological & Cognitive Sciences | William Shakespeare | |
| Pesic, Peter. Seeing Double: Shared Identities in Physics, Philosophy, and Literature. Cambridge, MA: MIT Press, 2002. | |
| Psychological & Cognitive Sciences | |
| Keywords: literature--general | philosophy | physical & mathematical sciences | psychological and cognitive sciences | |
| Pérez-Bustamente de Monasterio, J.A. “Historical Aspects on mystics and Metaphysics of Metals.” Llull 25:52 (2002): 29-54. | |
| Occult Sciences | |
| Keywords: metallurgy | metaphysics | mysticism | Occult Sciences | philosophy | physical & mathematical sciences | theory | |
| Plotnitsky, Arkady. “Discourse, Mathematics, Demonstration, and Science in Galileo's Discourses Concerning Two New Sciences .” Configurations 9 (2001): 37-64. | |
| Rhetoric of Science | |
| Keywords: Galileo Galilei | physical & mathematical sciences | rhetoric of science | |
| Poole, William. False Play: Shakespeare and Chess. Shakespeare Quarterly 55 (Spring 2004): 50-70. | |
| Physical & Mathematical Sciences | |
| Keywords: chess | class studies | gambling | literature—classical & Renaissance | metaphor | physical & mathematical sciences | social sciences | William Shakespeare | |
| Pourciau, Bruce. “Intuitionism as a (Failed) Kuhnian Revolution in Mathematics.” Stud Hist Phil Sci 31 (2000): 297-329. [2001] | |
| Science & Technology Studies | |
| Keywords: physical & mathematical sciences | science and technology studies | Thomas S. Kuhn | |
| Preston, Diana, and Preston, Michael. A Pirate of Exquisite Mind: Explorer, Naturalist, and Buccaneer: The Life of William Dampier. New York: Walker & Co., 2004. | |
| Exploration Discovery & Travel | |
| Keywords: biography | Biological Sciences | Charles Darwin | environmental sciences | exploration discovery & travel | geography | hydrography | James Cook | physical & mathematical sciences | pirates | species | William Dampier | |
| Ramaswamy, Sumathi. The Lost Land of Lemuria: Fabulous Geographies, Catastrophic Histories. Berkeley: University California Press, 2004. | |
| Exploration Discovery & Travel | |
| Keywords: catastrophy | culture studies | exploration discovery & travel | fables | geography | legend | Lemuria | modernity | nostalgia | Occult Sciences | physical & mathematical sciences | social sciences | |
| Reiff, Rebecca R. Scientists' Conceptions of Scientific Inquiry: Revealing a Private Side of Science. Ph.D. Dissertation: Indiana University, 2004. | |
| Rhetoric of Science | |
| Keywords: anthropology | Biological Sciences | chemistry | environmental sciences | geography | geology | health | inquiry | knowledge | medicine | pedagogy | physical & mathematical sciences | physics | rhetoric of science | theory | |
| Reingold, Edward M., and Nachum Dershowitz. Calendrical Tabulations, 1900-2200. Cambridge, UK; New York: Cambridge University Press, 2002. | |
| Science & Technology Studies | |
| Keywords: calendars | computers | physical & mathematical sciences | science and technology studies | technology | |
| Relihan, Constance Caroline. Cosmographical Glasses: Geographic Discourse, Gender, and Elizabethan Fiction. Kent, Ohio: Kent State University Press, 2004. | |
| Physical & Mathematical Sciences | |
| Keywords: exploration discovery & travel | gender studies | geography | literature—Renaissance | physical & mathematical sciences | social sciences | |
| Reynolds, Teri Ann. Case Studies in Cognitive Metaphor and Interdisciplinary Studies: Physics, Biology, Narrative. Ph.D. Dissertation: Columbia University, 2001. | |
| Psychological & Cognitive Sciences | |
| Keywords: Biological Sciences | cognition | metaphor | narrative | physical & mathematical sciences | psychological and cognitive sciences | rhetoric of science | |
| Rommel, Gabriele. "Von der Ordnung der Dinge zur 'Symbolischen' Physik: Űber Quellen und Idee eines Alternativen Romantischen Naturverständnisses bei Novalis." Novalis und die Aufklärung. Nur Geduld, Sie wird, Sie muss Kommen die Heilige Zeit des Ewigen Friedens. Eds. Gabriele Rommel, and Ludwig Stockinger. Wiederstedt: Forschungsstätte für Frühromantik und Novalis-Museum, 2004. 19-28. | |
| Physical & Mathematical Sciences | |
| Keywords: literature—19th C | Novalis | physical & mathematical sciences | physics | romanticism | |
| Ruskin, Steven. John Herschel's Cape Voyage: Private Science, Public Imagination, and the Ambitions of Empire. Burlington, VT: Ashgate, 2004. | |
| Exploration Discovery & Travel | |
| Keywords: astronomy | colonization | culture studies | empire | exploration discovery & travel | impiricism | John Herschel | physical & mathematical sciences | popular science | social sciences | |
| Santana, José Carlos Barreto de . Ciência e arte: Euclides da Cunha e as ciências naturais . São Paulo: Feira de Santana: Editora Hucitec, 2001. | |
| Biological Sciences | |
| Keywords: Biological Sciences | Euclides da Cunha | natural science | physical & mathematical sciences | |
| Schaefer, Heike. Mary Austin's Regionalism: Reflections on Gender, Genre, and Geography. Charlottesville: University Virginia Press, 2004. | |
| Environmental Sciences | |
| Keywords: culture studies | environmental sciences | gender studies | genre studies | geography | literature—20th C | physical & mathematical sciences | social sciences | |
| Schellenberg, Renata. A Journey through Science: Reading ‘Wilhelm Meister’s Wanderjahre’ (1829) in Light of Goethe's Scientific Theory. Ph.D. Dissertation: University Toronto, 2004. | |
| Physical & Mathematical Sciences | |
| Keywords: color | Johann Wolfgange Goethe | light | literature—19th C | physical & mathematical sciences | |
| Schmidt, Gunter. The Legacy of Chronos. Temporality of Revolution in Culture, Sciences, and Politics. Ph.D. Dissertation Princeton University, 2004. | |
| Theory | |
| Keywords: Aristotle | Auguste Blanqui | Augustine | calendar | clocks | culture studies | Edmund Burke | Francisco Goya | Friedrich Hoelderlin | Friedrich Schlegel | Friedrick Nietzsche | Georg Wilhelm Friedrich Hegel | Hesiod | invisibility | Jacques Derrida | Johann Gottlieb Fichte | Karl Marx | Mircea Eliade | Nicolaus | physical & mathematical sciences | Plato | politics | Polybius | revolution | Sigmund Freud | social sciences | technology | theory | time | Virgil | Walter Benjamin | Yevgeny Zamyatin | |
| Schroeder, Randy. “Inheriting Chaos: Burroughs, Pynchon, Sterling, Rucker.” Extrapolation 43:1 (Spring 2002): 89-97. | |
| Popular Sciences | |
| Keywords: Bruce Sterling | chaos | inheritance | inheritance | physical & mathematical sciences | physics | popular sciences | Psychological & Cognitive Sciences | rhetoric of science | Rudy Rucker | science fiction | Thomas Pynchon | William S. Burroughs | |
| Schütt, Hans-Werner. History of Science between Two Cultures. Taipei: International Exchange Committee, Tamkang University, 2001. | |
| Science & Technology Studies | |
| Keywords: alchemy | education | Occult Sciences | physical & mathematical sciences | science and technology studies | technology | |
| Schwegler, Helmut. “Physics Develops Unaffected by Constructivism.” Foundations of Science 6 (2001): 241-253. | |
| Rhetoric of Science | |
| Keywords: physical & mathematical sciences | quantum theory | rhetoric of science | |
| Seaver, Kirsten A. Maps, Myths, and Men: The Story of the Vinland Map. Stanford, CA: Stanford University Press, 2004. | |
| Exploration Discovery & Travel | |
| Keywords: cartography | exploration discovery & travel | forgery | legend | physical & mathematical sciences | popular sciences | |
| Shachtman, Tom, Terrors and Marvels: How Science and Technology Changed the Character and Outcome of World War II. New York: William Morrow, 2002. | |
| Technology | |
| Keywords: physical & mathematical sciences | technology | war | |
| Shalev, Zur. Geographia Sacra: Cartography, Religion, and Scholarship in the Sixteenth and Seventeenth Centuries. Ph.D. Dissertation: Princeton University, 2004. | |
| Physical & Mathematical Sciences | |
| Keywords: Benito Arias Montano | cartography | geography | literature—16th-17th C | pedagogy | physical & mathematical sciences | religion | Samuel Bochart | |
| Shuttleton, David E. “Bantering with Scripture: Dr. Archibald Pitcairne and Articulate Irreligion in Late Seventeenth-century Edinburgh.” In Jowitt (Collections): pp. 58-76. [2002] | |
| Medicine | |
| Keywords: Archibald Pitcairne | Isaac Newton | literature—17th C | literature—biblical | medicine | philosophy | physical & mathematical sciences | physics | social sciences | |
| Smiley, Jane. A Year at the Races: Reflections on Horses, Humans, Love, Money and Luck. New York: Alfred A. Knopf, 2004. | |
| Biological Sciences | |
| Keywords: animal studies | Biological Sciences | culture studies | Love | luck | physical & mathematical sciences | |
| Soler, Lena. “Les origins de la formule e = hv, ou comment l'analogie est vecteur de nouveaute.” Philosophia Scientiae 5, no. 2 (2001): 89-123. | |
| Rhetoric of Science | |
| Keywords: Maxquantum Planck | physical & mathematical sciences | rhetoric of science | theory | |
| Stafford, Barbara Maria. Leveling the New Old Transcendence: Cognitive Coherence in the Era of Beyondness. New Literary History 35 (Spring 2004): 321-338. | |
| Theory | |
| Keywords: artificial intelligence | beyondness | congnition | culture studies | genetics | knowledge | nanotechnology | neo-Platonism | neurobiology | phenomenology | physical & mathematical sciences | Psychological & Cognitive Sciences | rhetoric of science | romanticism | social sciences | technology | theory | |
| Strait, Carroll. “Quantum Underpinnings of Religious Currents.” World and I 16 (January 2001): 154-161. | |
| Popular Sciences | |
| Keywords: Deepak Chopra | Fritjof Capra | Gary Zukav | physical & mathematical sciences | popular sciences | |
| Swinford, Dean. Through the Daemon's Gate: Kepler's "Somnium," Medieval Dream Narratives, and the Polysemy of Allegorical Motifs. Ph.D. Dissertation: University Florida, 2004. | |
| Occult Sciences | |
| Keywords: allegory | Artemidorus | astronomy | demons | dreams | Fernand Hallyn | James Paxson | Johannes Kepler | John Donne | John Milton | Ladina Lambert | literature-medieval-Renaissance | Macrobius | Marjorie Nicholson | mysticism | narrative | narrative | neoplatonism | Occult Sciences | physical & mathematical sciences | Psychological &Cognitive Sciences | rhetoric of science | supernatural | |
| Swope, Richard. “Science Fiction Cinema and the Crime of Social-Spatial Reality.” Science Fiction Studies 29:2 (July 2002): 221-246. | |
| Popular Sciences | |
| Keywords: film | physical & mathematical sciences | popular sciences | postmodernism | science fiction | technology | time | |
| Szasz, Ferenc M. “Atomic Comics: The Comic Book Industry Confronts the Nuclear Age.” Atomic Culture: How We Learned to Stop Worrying and Love the Bomb. Eds. Scott C. Zeman, and Michael A. Amundson. Boulder: University Press Colorado, 2004.11-33. | |
| Popular Sciences | |
| Keywords: bomb | comics | culture studies | nuclear power | physical & mathematical sciences | popular sciences | social sciences | visual art—20th C | war | |
| Terranova, Tiziana. Communication beyond Meaning: On the Cultural Politics of Information Social Text 80 22 (Fall 2004): 51-73. | |
| Theory | |
| Keywords: culture | disciplinarization | environmental sciences | Ilya Prigogine | information theory | Isabelle Stengers | metaphysics | physical & mathematical sciences | physics | rhetoric of science | theory | |
| Testa, Fausto. “Iconografia e simbologia delle nuove scienze.” In Stella (Collections), pp. 543-611. [2001] | |
| Popular Sciences | |
| Keywords: architecture | Cesare Ripa | Giovanni Pietro Gilardone | Leopoldo Pollach | medicine | Paolo Moscoli | physical & mathematical sciences | popular sciences | visual arts—18th C | |
| Titus, A. Costandina.” The Mushroom Cloud as Kitsch.“ Atomic Culture: How We Learned to Stop Worrying and Love the Bomb. Eds. Scott C. Zeman, and Michael A. Amundson. Boulder: University Press Colorado, 2004.101-25. | |
| Literature, Science & the Arts | |
| Keywords: culture studies | fallout | nuclear power | physical & mathematical sciences | Popular culture | social sciences | war | |
| Tran, Lynn Uyen. Teaching Science in Museums. Ph.D. Dissertation: North Carolina State University, 2004. | |
| Physical & Mathematical Sciences | |
| Keywords: museums | pedagogy | physical & mathematical sciences | visual art—20th C | |
| Usher, Phillip John. The Holy Lands in Early Modern Literature: Negotiations of Christian Geography and Textual Space. Ph.D. Dissertation: Harvard University, 2004. | |
| Physical & Mathematical Sciences | |
| Keywords: cartography | exploration discovery & travel | geography | physical & mathematical sciences | pilgrimage | rhetoric of science | Social Sciences culture studies | symbolism | theology | |
| Van Noy, Rick. “Surveying the Sublime: Literary Cartographers and the Spirit of Place.” In Rosendale (Collections): pp. 181-206. [2002] | |
| Environmental Sciences | |
| Keywords: aesthetics | cartography | Clarence King | ecology | Edmund Burke | environmental sciences | Henry David Thoreau | identity | John Lambert | John Ruskin | John Wesley Powell | literature—19th-20th C | native Americans | physical & mathematical sciences | surveying | visual arts—19th-20th C | |
| Van Wyck, Peter C. “American Monument: The Waste Isolation Pilot Plant.” Atomic Culture: How We Learned to Stop Worrying and Love the Bomb. Eds. Scott C. Zeman, and Michael A. Amundson. Boulder: University Press Colorado, 2004. 149-73. | |
| Popular Sciences | |
| Keywords: class studies | culture studies | nuclear power | physical & mathematical sciences | popular sciences | social sciences | war | |
| Vihalemm, Rein. “Chemistry as an Interesting Subject for the Philosophy of Science.” In Vihalemm (Collections), pp. 185-200. [2001] | |
| Science & Technology Studies | |
| Keywords: Aristotle | Immanuel Kant | physical & mathematical sciences | science and technology studies | |
| Vogl, Joseph. "Zeit ohne Raum: Ein Gespräch mit Alexander Kluge." Science & Fiction: Űber Gedankenexperimente in Wissenschaft, Philosophie und Literatur. Eds. Thomas H. Macho, and Annette Wunschel. Frankfurt am Main: Fischer, 2004. 242-265. | |
| Physical & Mathematical Sciences | |
| Keywords: Alexander Kluge | film | film | literature—20th C | physical & mathematical sciences | popular sciences | space | technology | time | time travel | |
| Wagar, W. Warren. H.G. Wells: Traversing Time. Middletown, CN: Wesleyan University Press, 2004. | |
| Physical & Mathematical Sciences | |
| Keywords: literature—19th-20th C | physical & mathematical sciences | popular sciences | science fiction | time | |
| Webb, Stephen. Out of this World: Colliding Universes, Branes, Strings, and Other Wild Ideas of Modern Physics. New York: Copernicus Books & Praxis, 2004. | |
| Physical & Mathematical Sciences | |
| Keywords: physical & mathematical sciences | physics | popular sciences | |
| Weder, Katharine. "Sympathetische Verbindung: Zum Magnetismus in der Natur, Zwischen Körpern und Seele bei Goethe." Von der Pansophie zur Weltweisheit: Goethes Analogisch-philosophische Konzepte. Ed.Hans-Jürgen Schrader. Tübingen: Niemeyer, 2004. 147-173. | |
| Physical & Mathematical Sciences | |
| Keywords: Johann Wolfgang von Goethe | literature—17th-18th C | magnetism | philosophy | physical & mathematical sciences | physics | |
| Wilson, Corinne. Voyages to the Discovery of the Self in a Marguerite de Navarre's "Heptameron" (1559): From an Itinerary of Reconnaissance to a Spiritual Space. Ph.D. Dissertation: Washington University, 2004. | |
| Psychological & Cognitive Sciences | |
| Keywords: cartography | exploration discovery & travel | gender studies | geography | identity | literature—Renaissance | Marguerite de Navarre | physical & mathematical sciences | Psychological & Cognitive Sciences | social sciences | |
| Wilson, Curtis. “Newton on the Moon's Variation and Apsidal Motion: The Need for a Newer ‘New Analysis.'” In Buchwald (Collections), pp. 139-189. [2001] | |
| Rhetoric of Science | |
| Keywords: Alexis-Claude Clairaut | Isaac Newton | Leonhard Euler | physical & mathematical sciences | rhetoric of science | |
| Witham, Larry. Where Darwin Meets the Bible: Creationists and Evolutionists in America. Oxford; New York: Oxford University Press, 2002. | |
| Biological Sciences | |
| Keywords: anthropology | atheism | Biological Sciences | Carl Sagan | creationism | creationism | E.O. Wilson | Ernst Mayr | Eugenie Scott | evolution | genetics | George Gaylord Simpson | Henry Morris | Jerry Falwell | literature—biblical | Louis Agassiz | physical & mathematical sciences | religion | Richard Lewontin | social sciences | Stephen J. Gould | Thomas Henry Huxley | |
| Wohlforth, Charles P. The Whale and the Supercomputer: On the Northern Front of Climate Change. New York: North Point Press, 2004. | |
| Computers & Digital Technology | |
| Keywords: climate change | Computers & Digital Technology | meteorology | modeling | physical & mathematical sciences | |
| Zeman, Scott C. “Confronting the ‘Capitalist Bomb’: The Neutron Bomb and American Culture.” Atomic Culture: How We Learned to Stop Worrying and Love the Bomb. Eds. Scott C. Zeman, and Michael A. Amundson. Boulder: University Press Colorado, 2004. 65-81. | |
| Popular Sciences | |
| Keywords: bomb | class studies | culture studies | nuclear power | physical & mathematical sciences | popular sciences | social sciences | war | |
| Lobdell, Jared. The Scientifiction Novels of C.S. Lewis: Space and Time in the Ransom Stories. Jefferson, NC: McFarland & Co, 2004. | |
| Literature, Science & the Arts | |
| Keywords: Clive Staples Lewis | literature—20th C | pedagogy | physical & mathematical sciences | popular science | religion | science fiction | space | time |