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A Publication of the Materials Research Society
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SELF-ASSEMBLY IN MATERIALS SYNTHESIS
Self-Assembly in Materials Synthesis, 700
M.V. Tirrell and A. Katz, Guest Editors
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Directing the Assembly of Molecular Crystals, 705
M.D. Ward
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Zeolitic Host–Guest Interactions and Building Blocks
for the Self-Assembly of Complex Materials, 713
T. Bein
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Self-Assembly of Block Copolymers for Photonic-Bandgap
Materials, 721
J. Yoon, W. Lee, and E.L. Thomas
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Biomimetic Mineralization/Synthesis of Mesoscale Order
in Hybrid Inorganic–Organic Materials via Nanoparticle
Self-Assembly, 727
H. Cölfen and S.-H. Yu
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Making Things by Self-Assembly, 736
M. Boncheva and G.M. Whitesides
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CIMTEC 2006 to Be Held in Sicily in June, 743

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Robert Langer to Receive 2005 Von Hippel Award for Drug Delivery and Tissue Engineering, 747
Reshef Tenne Named 2005 MRS Medalist for Inorganic Fullerenes, 750
MRS Launches the Entrepreneurship Challenge, 783
MRS Launches Improved Web Site to Better Serve Members, 783

Letter
from the President, 685
The Globalization of Materials Research,
D.J. Eaglesham
Research/Researchers, 686
Technology
Advances, 694
Corrosion Protection, Thin-Film Coatings
Science
Policy, 697
Searching for a U.K. Energy Policy with LEDs,
M. Kenward
Advertisers in This Issue, 712
Upcoming
Conferences, 784
Sohn 2006, COVAPHOS II
Library,
785
Classified,
792

Abstracts for November 2005 Journal of Materials Research, 789
Volume 30, No. 10
October 2005
Masthead
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ON THE COVER: Self-Assembly in Materials Synthesis. (foreground,
top) Illustration of the basic self-assembly process: individual wedges
form a wheel shape as a result of chemical or physical interactions, with
no outside intervention. (foreground, bottom, left to right) Examples
of self-assembled structures: (far left) Highly ordered funnel-like BaSO4
superstructure, showing multiple well-aligned cones. Scale bar, 2 µm.
(center left) An elastomeric globe self-assembled from a flat, 2D projection
of the Earth. Scale bar, 5 mm. (center right) Transmission electron microscopy
image showing the formation of necklace-like structures of partially stacked
silver nanodisks. Scale bar, 100 nm. (far right) Scanning electron microscopy
secondary electron image of double gyroid styrene networks remaining after
UV/ozone etching, showing that the networks remain intact and self-supporting
after processing. Scale bar, 250 nm. See the technical theme that begins
on p. 700.
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