Dec.
16,
2004
Kent State’s Liquid Crystal Institute Welcomes Jonathan Selinger
As Ohio Eminent Scholar
Photos of Welcome Reception on December 12, 2005
Kent State University’s extensive international search for a
world-class liquid crystal theorist to hold its Ohio Eminent Scholar
in Soft Condensed Matter Theory position has been brought to a very
successful conclusion. On Dec. 15, Dr. Oleg D. Lavrentovich, director
of the Liquid Crystal Institute, announced that Dr. Jonathan Selinger,
of the Naval Research Laboratory’s Center for Bio/Molecular Science
and Engineering, will join Kent State’s Liquid Crystal Institute
as its Ohio Eminent Scholar. Selinger’s appointment is effective
July 1.
The Ohio Eminent
Scholars Program, established by the Ohio General Assembly and
coordinated
by the Ohio Board of Regents, is designed
to improve Ohio’s economic development initiatives and to
elevate selected research areas at Ohio universities. The Eminent
Scholar Program is part of Gov. Bob Taft’s $1.1 billion Third
Frontier initiative to expand research capabilities and to create
high-paying, high-tech jobs in Ohio.
Kent State
was one of four Ohio universities to receive funding through
the Ohio Eminent
Scholars Program. Kent State received
funding specifically to bring a world-class scholar and support
his/her research to enhance the university’s leading-edge
research and development in liquid crystals, polymers and related
advanced materials technology. The position is an endowed chair
professorship in the chemical physics interdisciplinary graduate
program housed in Kent State’s Liquid Crystal Institute.
“Dr. Selinger will help lead research and economic development
efforts and will build upon local, statewide and international
collaborations -- all for the benefit of Ohio industries and workers,” said
Kent State President Carol A. Cartwright. Specifically, Selinger
will lead research to understand physical properties of soft matter
and to translate this knowledge into new technologies and applications
in such diverse fields as electro-optics, photonics, nano-technology
and biotechnology. He will work with liquid crystal researchers
across campus, including those in the physics, chemistry and biological
sciences departments.
Selinger’s primary research emphasis is in soft condensed
matter theory and includes work in thermotropic and lyotropic liquid
crystals, polymers, Langmuir monolayers and lipid microstructures.
Most recently he has concentrated on liquid crystalline elastomers,
liquid crystals in contact with biological interfaces, and the
acoustic properties of liquid crystals, in work leading toward
designing a liquid-crystal based acoustic imaging device for the
U.S. Navy.
At the Naval
Research Laboratory, Selinger serves as chairman of the Core
Planning
Committee, which manages the center’s
$3.6 million basic research funding program. He plays a leadership
role in defining the center’s research priorities and in
guiding strategic investments of the center’s resources.
He recently became associate editor of Physical Review E, and is
responsible for the review and selection of papers for the section
of the journal that addresses liquid crystals.
He holds his
bachelor’s, master’s
and Ph.D. degrees in physics from Harvard University. He has
held professional positions
at Harvard, California Institute of Technology and University of
California at Los Angeles, in addition to his current position
with the Naval Research Laboratory. He also has teaching experience.
“Jonathan Selinger will complement the outstanding basic
and applied research programs in the Liquid Crystal Institute and
the Chemical Physics Interdisciplinary Program. He will advance
our traditional programs in thermotropic liquid crystals and lead
expansion of our research into lyotropic liquid crystals and biological
applications. He will serve as a catalyst for the research of the
broad array of faculty working in the field,” said Dr. John
L. West, vice president of research and dean of graduate studies.
The Liquid Crystal Institute is a leader in basic
and applied liquid crystal science, with a broad range of research
activities,
exemplary labs and facilities and a vibrant scientific atmosphere.
The interdisciplinary graduate program in chemical physics attracts
outstanding graduate students from around the world. The Liquid
Crystal Institute has built an Industrial Partnership Program that
is made up of more than 30 local and national companies.
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Contact:
Jim Maxwell
330.672.7770
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