Advanced materials and devices
The Materials Science Program (MSP) is a nationally recognized
interdisciplinary graduate program in a burgeoning field that applies
principles from traditional scientific and engineering disciplines to
the preparation of advanced materials and devices. Progress in these
areas hinges upon controlling the preparation of compounds and
interfaces at the atomic level. In this manner, chemical and physical
properties of materials and devices may be tailored to specific
objectives.
The cutting edge of research
MSP personnel are at the cutting edge of research in such areas as
advanced metals and polymers, atomic imaging and surface
science. Recent research results that have had national impact include
the preparation of the first micron-sized metal gears, major advances
in X-ray lithography that can be exploited in the design of
microelectronic devices, and experiments revealing the nature of
so-called "weak links" in high-temperature superconductors.
Individually designed curriculum
Students entering the MSP generally have undergraduate degrees in
physics, chemistry or nonmaterials engineering disciplines. They
design a curriculum from cross-campus offerings with input from their
research advisors, and select thesis research topics based on
materials and interfaces that involve polymers, superconductors,
advanced metals and alloys, semiconductors, ceramics, composites and
biomaterials.
Committed to providing leadership
The MSP is committed to providing leadership in research, education
and outreach. It provides excellent opportunities for
interdisciplinary research through its faculty advisory committee,
with members throughout campus, including most engineering
departments, the Departments of Chemistry, Physics, Geology and Geophysics, and Soil Science, and the School of Pharmacy.
Copyright © 1999 University System Board of Regents
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Date last modified: Monday, 27-Sep-1999 16:00:00 CDT
Date created: 27-Sep-1999
Annual Report 1999 Contents