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The following titles are available as printable PDF files.

From Looking Environment to Learning Environment:  The Networked Aquarium of the 21st Century

Design for Learning:   Product Design and Engineering for a Knowledge-Based Society

Build a Working Model of the Internet In Your Classrom -- No Computer Required!
 
Invited Lectures and Publications
 
  1. International Engineering and Product Design Education Conference, Delft, The Netherlands, Sept. 2004: "Design For Learning: Product Design and Engineering For a Knowledge-Based Society"

  2. Universeum Science Centre and Chalmers Univerity of Technology, Gothenberg, Sweden, Sept. 2003: “Sustaining Science Learning And Public Dialogue On Science-Based Issues In Diverse Communities”

  3. University of Maryland, College Park, MD, Dept. of Physics Colloquium, Sept. 2003: Guerrilla Science: Engaging Children And Adults In Diverse Communities With Science Activities”

  4. Royal Society, London, October 2002, COPUS (Committee on Public Understanding of Science) and University of the West of England Science Communications working group meeting: “Models, Media, and Metaphors for Communicating Science”

  5. American Association for the Advancement of Science (AAAS) annual meeting, Boston, MA February, 2002: co-organizer and moderator with Bruce V. Lewenstein of symposium: “Best Practices of Research Scientists Who Communicate with the Public”

  6. Science Council of Japan and 21st Century Forum, Symposium on Science Education Crisis in Japan, University of Tokyo, Komba, Japan, January, 2002: Plenary lecture, “Strategies for Improving Inquiry-Based Science Education”

  7. National Academy of Sciences USA), Planning meeting on Improving Communication of Science, Irvine CA, January, 2001: “Communicating Science: From Gorillas Loose in the Museum to Guerilla Science in McDonald’s.”

  8. Japan Science & Technology Corporation Forum on Developing the Brain: The Science of Learning and Education, Oiso, Japan, November, 2000, Keynote Lecture: “Stimulating Children’s Learning, Thinking, and Creativity.”

  9. Hitachi Advanced Research Laboratory, Saitama, Japan, November, 2000: “Our Roles As Scientists and Engineers in Improving Public Understanding of Science and Technology.”

  10. Stanford University Learning Design and Technology Program, Stanford, CA, July, 2000: “Designing Technology to Improve Public Understanding of Science and Technology”

  11. Annual Reviews of Science Board Meeting, Palo Alto, CA, June, 2000: “Engaging the Public in Critical Issues of Science and Science Policy While Living in a Blizzard of Sound Bytes”

  12. Harvard University Science Center and Department of Chemistry and Chemical Biology, Cambridge, MA, April, 2000: “Exploring Science with Playful, Metaphorical Exhibits”

  13. Bolt, Barenek, & Newman Technology Division of GTE, Cambridge, MA, April, 2000: Improving Public Understanding of Science and Technology: Creating Anchors in a Fast-Moving Stream”

  14. MIT Media Lab, Cambridge, MA, Jan, 1999: “Hands-On Science Where It’s Least Expected”

  15. Walt Disney Imagineering, Glendale, CA, March, 1998: “The Art of Creating Great Entertainment with Real Science Content”

  16. American Chemical Society, Santa Clara Valley, March, 1998: “Science by Seduction: Engaging Children with Science-Based Games in Business Locations”

  17. National Institutes of Standards and Technology, Gaithersburg, MD, September, 1997: “Science by Seduction: Placing New Opportunities for Learning in the Path of Everyone's Daily Lives”

  18. Rotary Club of San Jose, July, 1997: "Guerrilla Science: Opportunities for Children to Learn Science While Being Entertained in Commercial Locations”

  19. Commonwealth Club of San Francisco, May, 1997: “Science by Seduction: Opportunities for Learning Through Hands-on Activities in Commercial Locations”

  20. National Research Council, Washington, DC, August, 1997: Planning Meeting on Building Bridges Between Formal and Informal Science Education

  21. Hitachi Corporation, Central Research Laboratory, Tokyo, Japan, July, 1996: Designing School and Play Environments To Improve Children’s Learning and Creativity"

  22. University of Utah and Utah Science/Arts Center Project, Salt Lake City, April, 1995: “Learning Science and Art Through Real and Virtual Experiences”

  23. Wisconsin Art Education Association, annual meeting, Baraboo, WI, April, 1995: “Analyzing Art and Feeling Science: Creating an Integrated Educational Experience”

  24. National Institutes of Standards and Technology, Gaithersburg, MD, May, 1994: “New Technology And New Strategies For Communicating Science In Museums, Corporations, And Courtrooms”

  25. Chicago Academy of Sciences, November, 1994: “Creativity and Questions, Persistence and Passion, Science and Art,” in Symposium on Science and Art: Creativity, Motivation, and the Joy of Learning. Also contributed to organizing this conference.

  26. Massachusetts Institute of Technology, Mechanical Engineering Dept, Cambridge, MA, May, 1993, “Guerrilla Science: Developing Hands-on Exhibits and Toys”

  27. Carnegie-Mellon University, Dept. of Engineering and Public Policy, Pittsburgh, PA, February, 1992, "Hands-on Exhibits for Communicating Issues of Health Risks and Low-Frequency Electromagnetic Fields"

  28. Association of Science-Technology Centers Annual Conference, Louisville, KY, October, 1991: “Tackling the Technical Toughies: Creating Engaging Exhibits on Technically and Scientifically Complex Topics”

  29. Smithsonian Institution, National Museum of American History, Washington, DC, May, 1991, "Freezing Bubbles, Generating Colors, and Launching the Ping Pong Rocket": a participatory science performance.

  30. Science Museum, London; The Discovery Dome, Glasgow, Scotland; Snibston Mine Site, Leicester, UK; Bristol University, Bristol, UK; Heureka Science Center, Vantaa, Finland, April, 1991, lectures and performances: "Tickling a Crystal Spider, Freezing a Bubble, and Firing the Ping Pong Rocket."

  31. Soviet Academy of Sciences, Korchatov Institute in Troitsk and Leningrad, USSR, April, 1991, Lectures for the scientific community on hands-on science education, science performances and workshops for children.

  32. Colston Symposium on "Understanding Science", Bristol, UK, March 1991, "Playing with a Full Deck: Science Exhibits as Resource Centers in Schools"

  33. Princeton University School of Engineering, Open House, February, 1991, workshops with faculty and graduate students on communicating science to children; workshops for middle school teachers

  34. Elementary School Science Association, Northern California Annual Meeting, Palo Alto, CA, November, 1990, "Learning Science in Context: Theme and Variations (With Thanks to Mozart and Others)"

  35. International Design Conference in Aspen, CO, June, 1990: Examples and discussion of design for children

  36. Indo-US Subcommission on Education and Culture Workshop on Chemistry Exhibits in Science Centers, October 1989, San Francisco, "With A Whiff, a Bang, and a Flash of Color: Interactive Chemistry Exhibits for Science Centers."

  37. Royal Society of Chemistry, London, UK, May, 1988: "Can Hands-on Chemistry Exist Outside the Laboratory?"

  38. Workshop on Design and Fabrication of Interactive Exhibits, Sheffield, UK, May, 1988; Sponsored by Nuffield and Gatsby Foundations.

  39. American Chemical Society, Presidential Conference on "Chemistry in the Museum Environment" at Lawrence Hall of Science, May, 1988.

  40. IBM Almaden Research Labs, San Jose, CA, April, 1988: Physical Sciences Colloquium on "From Science Research to Science Exhibits: Creating Flow Commotion, Crystal Spider, and PolePatterns"

  41. California Association of Chemistry Teachers, Mills College, CA, March, 1988: Crystal Spider, FlowCommotion, and Other Enjoyable Ways of Provoking Critical Thinking About Chemistry"

  42. Science Museum of Virginia, Richmond, VA, March, 1988: Conference on Planning a Chemistry Exhibits for the "Common Sense/Science Sense" Gallery in the Science Museum of Virginia

  43. IBM T.J. Watson Research Center, Yorktown Heights, NY, January, 1988: "FlowCommotion and the Crystal Spider: Adventures of a Research Scientist in Science Education"

  44. Colorado Mountain College, Glenwood Springs, CO, November, 1987: "Warm Superconductors and Other Hot Topics in Science: Toward Improved Public Understanding of the Excitement in Scienceland"

  45. Chicago Academy of Sciences, Chicago, IL, November, 1987: "Magnetic Popcorn, Superconducting Levitators, and the Crystal Spider: Translating Scientific Concepts into Hands-on Learning Devices for Children"

  46. American Chemical Society, Santa Clara Valley Chapter, October, 1987: "Flow Commotion, Frozen Bubbles, Crystal Spider: Hands-on Exhibits for Chemistry and Physics"

  47. Utah Shakespeare Festival and Renaissance Fair, Cedar City, UT, July, 1986: Performance/Demonstrations with the Frozen Bubble Box and other exhibits

  48. Exploratorium, San Francisco, CA, April, 1986: Performance/Demonstration as a "Bubble Master" at the Second-Ever Bubble Festival

  49. Department of Physics, Haverford College, PA, October, 1985: "Frozen Bubbles: An Example of a Hands-on Activity for Learning and Teaching Science"

  50. California Media and Library Educators Association meeting with California Science Teachers Association, September, 1985: workshops on exhibit use in resource centers and classrooms

  51. Institute for High School Chemistry Teachers, San Jose State University, July, 1985: workshop on the use of hands-on chemistry exhibits in the high school classroom

  52. International Design Conference in Aspen, Aspen, CO, June, 1985: Display of exhibits on optical illusions with mirrors and soap films

  53. American Association for the Advancement of Science, National Meeting, Los Angeles, May, 1985; Symposium on Popular Science Communication in Developing Countries: "Hands-on Science Exhibits as Essential Tools for Communicating Concepts and Issues of Science in Developing Countries"

  54. American Chemical Society, National Meeting, Miami, FL, May, 1985; Symposium on Museums and Chemistry: "Frozen Bubbles: Connecting Macroscopic Events to Molecular Phenomena with Hands-on Exhibits and Interactive Computer Simulations"

  55. California Association of Independent Schools, Annual meeting of northern CA section, March, 1985: workshops on inquiry-based learning in the classroom and science center using hands-on exhibits

  56. American Chemical Society, California section, San Francisco, November, 1984: Hands-on Chemistry Exhibits Coupled with Computer Simulations: New Educational Tools"

  57. Aspen Educational Research Foundation, public lecture, Aspen, CO, October, 1984: "How Do Bubbles Do That? Stimulating Curiosity and Learning Science with Hands-on Exhibits"

  58. Western Spectroscopy Association Annual Conference, Asilomar, CA, January, 1984: "Exploring Molecular Phenomena with Participatory Chemistry Exhibits"

  59. University of Southern California, Los Angeles, Physics Department Colloquium, November, 1983: "Hands-on Exhibits of Molecular Phenomena: New Educational Tools"

  60. Stanford University, CA, Chemistry Department Colloquium, October, 1983: "Hands-on Chemistry Exhibits: Innovative Educational Tools"

  61. Xerox PARC, CA, 1983: "The Challenge of Developing Hands-on Science Exhibits"
 
PUBLICATIONS:
 
  1. I Chabay, “Build A Working Model of the Internet in Your Classroom – No Computer Needed!” a hands-on, minds-on technology activity for K – 12 schools, on web site of National Academy of Engineering (USA) for National Engineering Week, 2002

  2. T Hennes, I Chabay, “From Looking Environment to Learning Environment: The Networked Aquarium of the 21st Century,” Marine Technology Society Journal, May, 2001.

  3. I Chabay, “Learning Science In and Beyond Museums,” Guest Editorial, Chemistry Engineering News: 77(17), April 26, 1999 American Chemistry Society, Washington, DC.

  4. I Chabay, "Big Exhibits from Small Toys Grow (and Vice Versa)," in Sharing Science: Issues in the Development of Interactive Science and Technology Centres, The Nuffield Foundation, London, 1989.

  5. I Chabay, "Flow Commotion and Crystal Spider: Translating Scientific Concepts into Hands-on Learning Devices," in Science Learning in the Informal Setting, Symposium Proceedings, P. G. Heltne, L. A. Marquardt, eds., Chicago Academy of Sciences, 1988.

  6. I Chabay, B Friedman "Frozen Bubbles: A Chemistry Experiment for Elementary, Secondary, and College Students, " teacher's guide to a hands-on chemistry, physics, biology exhibit, The New Curiosity Shop, 1987.

  7. I Chabay, "Hands-on Science Exhibits for Teaching and Learning Science and Technology in Developing Countries," in Popularizing Science in Developing Countries Symposium Proceedings, AAAS national meeting, Los Angeles, May, 1985; edited by James Cornell, published through the International Science Writers Association, 1986.

  8. R A Fletcher, I Chabay, D A Weitz, J C Chung, "Laser Desorption Mass Spectroscopy of Surface-Adsorbed Molecules," Chem. Phys. Lett. 104: 615 (1984).

  9. I Chabay, "A Role in Chemical Education for Science Museums: Criteria for Development of Interactive Chemistry-Related Exhibits," Division of Chemical Education, American Chemical Society, March 1983.

  10. F Oppenheimer, I Chabay, R Semper, "Proposal for the Development of Regional Exhibit-Based Teacher Training Centers Located in Public Science Centers and Museums," written testimony, National Science Board Commission on Precollege Education in Mathematics, Science, and Technology, March 26, 1983.

  11. I Chabay, "The Bigger They Are, the Harder They Fall: Aerosol Size Measurements by Doppler Shift Spectroscopy," in Measurement of Suspended Particles by Quasi-elastic Light Scattering, B Dahneke, editor, Wiley Interscience, NY (1983)[invited review].

  12. I Chabay, F Oppenheimer, "Testimony before [US] House Subcommittee on Elementary, Secondary, and Vocational Education, " Congressional Record, September 30, 1982.

  13. I Chabay, "Optical Waveguides: Photon Plumbing in the Chemistry Lab: Fiber Optics, Waveguides, and Evanescent Waves as Tools for Chemical Analysis," Analytical Chemistry 54: 1071A (1982) [invited review].

  14. I Chabay, "Observations on Scientific Research and the Research Environment at the Institute for Molecular Science in Okazaki, Japan," Scientific Bulletin of the Office of Naval Research, Tokyo 6: 48 (1981).

  15. R Dornhaus, R E Benner, R K Chang, I Chabay, "Surface Plasmon Contribution to Surface Enhanced Raman Scattering (SERS)," Surface Science 101: 367 (1980).

  16. R A Fletcher, D S Bright, I Chabay, "Low Reynolds Number Fluid Flow Induced by Settling Aerosol Particles as Measured by the Particle Doppler Shift Spectrometer," J. Phys. Chem. 84: 1611 (1980).

  17. D S Bright, R A Fletcher, I Chabay, "Particle Doppler Shift Spectrometer: Accurate Size Determination of 5 - 15 Micrometer Aerosols," J. Phys. Chem. 84: 1607 (1980).

  18. R A Fletcher, G W Mulholland, I Chabay, D S Bright, "Calibration of an Optical Particle Counter by Doppler Shift Spectrometry in the 4 - 8 Micrometer Range," J. Aerosol Sci. 11: 53 (1980).

  19. J C Shaefer, I Chabay, "Generation of Enhanced Coherent Anti-Stokes Raman Spectroscopic (CARS) signals in Liquid-Filled Waveguides," Optics Letters 4: 227 (1979).

  20. I Chabay, G J Rosasco, T Kashiwagi, "Species Specific Raman Spectroscopic Measurements of Concentrations in Unsteady Flow," J. Chem. Phys. 70: 4149 (1979).

  21. D S Bright, I Chabay, "Measuring Aerosol Particles," Chemtech 9: 694 (1979) [invited review].

  22. I Chabay, D S Bright, R A Fletcher, "Particle-Sizing Device for Research and Calibration," National Bureau of Standards DIMENSIONS, page 17, December, 1978.

  23. I Chabay, G J Rosasco, T Kashiwagi, "FFT Analysis of Raman Intensities: A Probe of Concentration Fluctuations in Turbulent Flow," Proc. Sixth International Conf. On Raman Spectroscopy, (Bangalore, India, 1978); Schmid, et al, editors, Heyden and Son, Ltd., 2 516 (1978).

  24. I Chabay, G J Rosasco, T Kashiwagi, "Non-Intrusive Technique Measures Concentration Fluctuation in Turbulent Gas Flow," National Bureau of Standards DIMENSIONS, page 22, April, 1978.

  25. I Chabay, D S Bright, "Measurement of the Size Distribution of Liquid and Solid Aerosols by Doppler Shift Spectroscopy," J. Coll. Interface Sci. 63: 304 (1978).

  26. I Chabay, G J Rosasco, E S Etz, "Alternative Techniques for Fiber Characterization: Particle Size Distribution Measurement by Doppler Shift Spectroscopy and Chemical Identification by Micro-Raman Spectroscopy," Proc. of FDA Symposium on Electron Microscopy of Microfibers, FDA Publication No. 77-1033, page 181 (1977).

  27. I Chabay, "Measurement of Aerosol Size Distribution with a Particle Doppler Shift Spectrometer," National Bureau of Standards Special Publication 464: 175 (1977).

  28. B S Hudson, W Heatherington, S Cramer, I Chabay, G K Klauminzer, "Resonance Enhanced Coherent Anti-Stokes Raman Scattering," Proc. Nat'l. Acad. Sci. 73: 3798 (1976).

  29. I Chabay, G K Klauminzer, B S Hudson, "Coherent Anti-Stokes Raman Spectroscopy (CARS): Improved Experimental Design and Observation of New Higher Order Processes," Appl. Phys. Lett. 28: 27 (1976).

  30. I Chabay, G Holzwarth, "Infrared Circular Dichroism and Linear Dichroism Spectrometer," Appl. Opt. 14: 454 (1975).

  31. I Chabay, "Rapid Measurement of Droplet Size Distributions by Optical Heterodyne Spectroscopy," National Bureau of Standards Special Publication 412: 65 (1974).

  32. J P Gollub, I Chabay, W H Flygare, "Laser Heterodyne Study of Water Droplet Growth," J. Chem. Phys. 61: 2139 1974).

  33. J P Gollub, I Chabay, W H Flygare, "Optical Heterodyne Measurement of Cloud Droplet Size Distributions," Appl. Opt. 12: 2838 (1973).

  34. G Holzwarth, I Chabay, N A W Holzwarth, "Infrared Circular Dichroism and Linear Dichroism of Liquid Crystals," J. Chem. Phys. 58: 4816 (1973).

  35. I Chabay, "Absorption and Scattering Circular Dichroism of Cholesteric Liquid Crystals in the Infrared," Chem. Phys. Lett. 17: 283 (1972).

  36. G Holzwarth, I Chabay, "Optical Activity of Vibrational Transitions: A Coupled Oscillator Model," J. Chem. Phys. 57: 1632 (1972).

  37. I Chabay, E C Hsu, G Holzwarth, "Infrared Circular Dichroism Measurement Between 2000 and 5000 cm-1: Pr+3 Tartrate Complexes," Chem. Phys. Lett. 15: 211 (1972).
 
For more information about Dr. Chabay view his Résumé or Curriculum Vitae.
Dr. Chabay's Invited Lectures and Publications is available as a printable PDF File.
 
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