The American Chemical Society Division of Polymeric Materials: Science and Engineering (PMSE) has just completed its process to select a new class of PMSE Fellows for 2010, and the following people have been chosen:
|Benny D. Freeman||Jeffrey S. Moore||Judy S. Riffle|
They will be inducted as the tenth class of PMSE Fellows at the San Francisco ACS Meeting during the joint PMSE/POLY Awards Reception on Wednesday evening, March 24, 2010. PMSE is pleased to welcome this distinguished group of polymer scientists and engineers to the ranks of fellows. Here is a short description of each of their careers and accomplishments
Professor Jeffrey Moore was born outside of Joliet, IL in 1962. He received his B.S. in chemistry (1984) and Ph.D. in Materials Science and Engineering with Samuel Stupp (1989), both from the University of Illinois. He then went to Caltech as an NSF postdoctoral fellow working with Robert Grubbs. In 1990 he joined the chemistry faculty at the University of Michigan in Ann Arbor, and then in 1993 returned to the University of Illinois where he is currently the Murchison-Mallory Chair in the Department of Chemistry. In 1995 he became a part-time Beckman Institute faculty member. His awards include an Alfred P. Sloan Fellowship, Arthur C. Cope Scholar Award, and Fellow of the American Association for the Advancement of Science, the Royal Society of Chemistry, and the American Academy of Arts & Sciences. He has served as an Associate Editor for the Journal of American Chemical Society since July of 1999.
Professor Moore is internationally recognized for his work in the field of organic materials and polymer chemistry. His early work established the utility of the phenylacetylene moiety in the construction of a broad range of important nanoscale structures, including macrocycles, dendrimers, and abiotic mimics of protein secondary structure. Working with colleagues in engineering, he played a central role in the development and demonstration of a self-healing polymeric material and has shown recently that mechanical energy can be used to direct chemical reactions.
Professor Moore has published more than 260 manuscripts, he holds 19 patents, and has been an invited guest speaker to over 275 national and international lectures..
Professor Judy Riffle is a professor of Polymer Chemistry and the Director of Macromolecular Science and Engineering education at Virginia Tech. Her career has included ~5 years of industrial research at Union Carbide and at the Thoratec Corporation in Berkeley, CA, then ~25 years in academia. The common research thrust throughout her career has been the synthesis of precise polymeric materials and the development of multiphase block copolymers and nanostructures, and she works with researchers in a broad range of disciplines to tailor the materials for biotechnological applications. Her research has been of interest in both academia, as well as in industrial applications. She has more than 250 contributions to the literature including refereed publications, conference proceedings, and U.S. patents.
Some of her most visible research has included functional polydimethylsiloxane (PDMS) oligomers, their incorporation into multiphase, linear block copolymers and thermosets and investigations of their surface and bulk morphologies. She recognized early on that surface and bulk structure could be accessed independently by blending minor concentrations of surface-active, multiphase segmented copolymers with polymer matrices, and this concept led to the strong, elastic, biocompatible poly(urethane-urea)s that today comprise the blood contacting materials for Thoratec’s platform of cardiovascular products. Prof. Riffle later conceptualized a co-continuous morphological structure involving polysiloxanes incorporated into otherwise hydrophilic thermosets, wherein the PDMS would allow for rapid oxygen permeation through a soft hydrophilic matrix, and these thermosets now form the basis for commercial extended-wear, soft contact lenses. More recently, she has developed biocompatible PDMS magnetic fluids for potential treatments of retinal detachment. For the past few years, Prof. Riffle's research has focused on the design and synthesis of amphiphilic block copolymers and their assembly into core-corona nanostructures that contain image-enhancing agents or drugs in their cores. This approach allows for the independent molecular design of cores that interact with the therapeutic molecules or imaging agents and coronas that interact with physiological and cellular environments. She has discovered that coronas comprised of amphiphilic polyethers with select block lengths can induce small (colloidally stable) controlled clusters of nanoparticles with magnetite cores. The transverse NMR relaxivities of these materials are ~3X faster than presently-used relaxivity agents, so they have potential as MRI agents that are more sensitive than current materials. She has also synthesized core-corona assemblies containing antibiotics in the cores for treating bacterial pathogens that reside within cells. Again, amphiphilic block copolyether coronas that contain flexible polyether blocks large enough to span lipid bilayer membranes are rapidly taken up by the macrophages that house these difficult-to-reach pathogens. As always, Prof. Riffle focuses on the molecular design and assembly of well-defined macromolecules and collaborates closely with others in the biological sciences, physics and engineering to understand how the properties of her materials relate to societal needs.
Dr. Riffle has also led the initiation and growth of interdisciplinary, interdepartmental graduate degree programs in Macromolecular Science and Engineering at Virginia Tech, which began the first class in Fall, 2001, and she has been the program’s Director since its inception. The program now comprises ~50 graduate students spanning 9 departments and 3 colleges.
PMSE is pleased to welcome Benny D. Freeman, Jeffrey S. Moore, Judy S. Riffle to the ranks of fellows. The Division thanks everyone who has helped in this process by submitting nominations or participating in the selection. To nominate worthy candidates for future classes of this prestigious position, please see the instructions on the PMSE website http://pmse.sites.acs.org.