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PAPERBACK + PDF your price: $46.00 add to cart PAPERBACK list:$39.00 Web:$35.10 add to cart PDF BOOK your price: $30.00 add to cart PDF CHAPTERS your price: $3.50 select Rights & Permissions Free Resources PDF EXECUTIVE SUMMARY PDF Report Brief Display this book on your site! Related Titles Condensed-Matter and Materials Physics: The Science of the World Around Us Midsize Facilities: Infrastructure for Materials Research Other Related Titles Opportunities in High Magnetic Field Science (2005) Board on Physics and Astronomy (BPA) Web Search Builder Use this book's key terms to search within this book, across our collection, or across the Web. Skim This Chapter Skim this chapter and use this chapter's key terms to search within this book. Reference Finder Paste in your own text to find books that relate to your topic. Page 151   E-mail  Facebook  Digg  Stumble  Twitter More The following HTML text is provided to enhance online readability. Many aspects of typography translate only awkwardly to HTML. Please use the page image as the authoritative form to ensure accuracy. E Input from the Community A broad call for community input to the committee was issued in autumn 2003, shortly after the committee’s first meeting. The announcement was sent to several professional societies and appeared on the committee’s public Web page. It is excerpted below. Dear Colleague, The National Research Council (NRC) has established a committee called the Committee on Opportunities in High Magnetic Field Science (COHMAG). Its mission is to produce a report on the facilities available to scientists worldwide for doing experiments at high magnetic fields (i.e., at fields above 12 T), the current state of the many scientific disciplines that use high field magnets, the scientific opportunities these fields present, and the prospects for advances in related technologies. With this message COHMAG invites you to send it any information or opinions you feel should be taken into account during its deliberations. Specifically, how have high magnetic fields had an impact on your research? How have you taken advantage of facilities at the National High Magnetic Field Laboratory (NHMFL) or other high-field magnet centers? What new facilities or new capabilities would be most valuable to you? In what new areas of research are high magnetic fields likely to have a large impact? Any other comments? Why did the NRC set up COHMAG? Earlier this year, the National Science Foundation (NSF) commissioned the NRC to generate a report on the scientific issues that surround the generation of high magnetic fields and their use in scientific research. Page 151 Front Matter (R1-R16) Executive Summary (1-6) 1 Introduction (7-13) 2 Scientific Challenges and Opportunities with Higher Fields (14-68) 3 Technological Challenges and Opportunities for Developing Higher Fields (69-102) 4 Conclusions and Recommendations (103-112) Appendix A Nobel Prizes for Research That Used or Significantly Affected the Development of High Magnetic Fields (113-115) Appendix B High-Field Magnet Facilities Around the World (116-137) Appendix C Glossary (138-146) Appendix D Meeting Agendas (147-150) Appendix E Input from the Community (151-153) Appendix F Biographies of Committee Members and Staff (154-161) Appendix G Tutorial on High-Temperature Superconductivity (162-165) Appendix H Tutorial on Frontiers in Vortex Physics (166-172)

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OCR for page 151
Opportunities in High Magnetic Field Science E Input from the Community A broad call for community input to the committee was issued in autumn 2003, shortly after the committee’s first meeting. The announcement was sent to several professional societies and appeared on the committee’s public Web page. It is excerpted below. Dear Colleague, The National Research Council (NRC) has established a committee called the Committee on Opportunities in High Magnetic Field Science (COHMAG). Its mission is to produce a report on the facilities available to scientists worldwide for doing experiments at high magnetic fields (i.e., at fields above 12 T), the current state of the many scientific disciplines that use high field magnets, the scientific opportunities these fields present, and the prospects for advances in related technologies. With this message COHMAG invites you to send it any information or opinions you feel should be taken into account during its deliberations. Specifically, how have high magnetic fields had an impact on your research? How have you taken advantage of facilities at the National High Magnetic Field Laboratory (NHMFL) or other high-field magnet centers? What new facilities or new capabilities would be most valuable to you? In what new areas of research are high magnetic fields likely to have a large impact? Any other comments? Why did the NRC set up COHMAG? Earlier this year, the National Science Foundation (NSF) commissioned the NRC to generate a report on the scientific issues that surround the generation of high magnetic fields and their use in scientific research.

OCR for page 152
Opportunities in High Magnetic Field Science Given that the last major report covering this area was issued a decade and a half ago, a new study seems both appropriate and timely. COHMAG is distributing this message to as many members of the high magnetic field community as possible because it wants to be sure that all voices have been heard before it issues its report. In order to reach as many people as possible, this message is being distributed using e-mail lists obtained from several different organizations, and they, inevitably, are overlapping. We apologize if you have received multiple copies of this message. If you have information you want to transmit to COHMAG, please communicate it by e-mail to cohmag@nas.edu, and thank you for your help. For COHMAG, Peter B. Moore, Chair Written responses were received from the following individuals: Richard Beger, National Center for Toxicological Research Oscar Bernhal, University of California at Los Angeles Paul Canfield, Ames Research Center Walter Chazin, Vanderbilt University David Cowburn, New York Structural Biology Center Jack Crow, NHMFL Kwaku Dayie, Cleveland Clinic Foundation M. Dolotenko, Russian Federal Nuclear Center Thomas Erber, Illinois Institute of Technology Bolzonia Fulvio, IMEM, Italy Roy Goodrich, Louisiana State University Jurgen Haase, Leibniz Institute, Dresden Michael Hall, Texas A&M University William Halperin, Northwestern University Bruce Hammer, University of Minnesota Fritz Herlach, Katholieke Universiteit Leuven Seung Hong, Oxford Instruments Robert Leif, Newport Instruments Gerard Ludtka, Oak Ridge National Laboratory Gerhard Martinez, Grenoble High Magnetic Field Lab Andrew Maverick, Louisiana State University Craig Milling, Magnetic Resonance Microsensors Martha Morton, University of Connecticut William Moulton, NHMFL Jan Musfeldt, University of Tennessee

OCR for page 153
Opportunities in High Magnetic Field Science Florin Neascu, International School of Choeifat, United Arab Emirates Dean Peterson, Los Alamos National Laboratory Neela Poorasingh, City University of New York Al Redfield, Brandeis University Jim Rhyne, Los Alamos National Laboratory Larry Rubin, Massachusetts Institute of Technology Joshua Telser, Roosevelt University Cees Thieme, American Superconductor Corp. Sheldon Schultz, University of California at San Diego Horst Stormer, Columbia University David Weber, University of Maryland Roy Weinstein, University of Houston Nicholas Zumbulyadis, Eastman Kodak

Representative terms from entire chapter:

josephson plasma