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A Publication of the Materials Research Society
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The Chemistry and Physics
of Semiconductor Nanowires
2004 Outstanding Young Investigator Presentation, 85
P. Yang
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Abstract
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Full Article (PDF) 
Toward the Rational Design of Open–Framework Materials
2004 Sômiya Award Presentation, 93
A.K. Cheetham and C.N.R. Rao
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Abstract
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Full Article (PDF)
Quantum Information
2004 MRS Spring Meeting PlenaryAddress, 99
L. Davidovich
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Abstract
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Full Article (PDF)
Can We Build a Large-Scale Quantum
Computer Using Semiconductor Materials? 105
B.E. Kane
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Abstract
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Full Article (PDF)
XIV International Materials Research Congress to be Held in Cancun in August 2005, 111
Abstracts for March 2005 Journal of Materials Research
Anseth,
Averback, and Fitzgerald Chair Key MRS Committees for 2005, 112
MRS to Hold
Workshop on Switching in Condensed–Matter Physics in April 2005,
113
MRS to Hold
Workshop on Organic Microelectronics in July 2005, 113
Preview: 2005
MRS Spring Meeting, 114
George M.
Whitesides to Give Plenary Address at 2005 MRS Spring Meeting, 115
Harold Y.
Hwang Named 2005 Outstanding Young Investigator, 115
Material
Matters, 75
How to Judge Flawed Science, I.K. Schuller and Y. Bruynseraede
Research/Researchers,
77
Science
Policy, 82
Image Gallery, 84
Education
Exchange, 132
Molecularium Explores the World of Materials, S. Garde, L.S.
Schadler, and R.W. Siegel
Library,
135
Statistical Physics of Crystals and Liquids, D.C.
Wallace, reviewed by J.S. Olafsen; Polymer
Physics, M. Rubinstein and R.H. Colby, reviewed by D.C. Martin; and
Heterogeneous Materials, M. Sahimi, reviewed by W.H. Thompson
Classified, 140
Posterminaries,
144
Notes Composed by the MRS Immediate Past President, H.E. Katz
Volume 30, No. 2
February 2005
Masthead
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ON THE COVER: Semiconductor nanowires, open-framework materials, and quantum computing are the topics highlighted in this issue of MRS Bulletin, which features articles based on keynote presentations from the 2004 Materials Research Society Spring Meeting. (top) Transmission electron microscopy image of two Si/SiGe superlattice nanowires (see the article by Yang on p. 85). (center) Three-dimensional Ni-O-Ni network of nickel succinate, showing cavities lined with the hydrophobic methylene groups of the succinate ions (see the article by Cheetham and Rao on p. 93). (bottom) Optical photograph of seven ions in a harmonic trap, courtesy of R. Blatt, University of Innsbruck (see the article by Davidovich on p. 99).
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