Dr. Craig joined the regular faculty of the Department of Chemistry as Lecturer in Autumn 2012 after serving as an instructor for general chemistry courses since Autumn 2009. She typically teaches Introduction to General Chemistry and multiple courses in the introductory-level general chemistry sequence, and she contributes in-depth knowledge about online learning and assessment systems. For her efforts to incorporate innovative technology in the classroom to enhance student learning and engagement, Dr. Craig was one of four Chemistry team members to receive the 2015 Distinguished Teaching Award for Innovation with Technology.
The Department of Chemistry congratulates Lecturer Jasmine Bryant on her promotion to Senior Lecturer, effective September 16, 2016.
Dr. Bryant joined the regular faculty of the Department of Chemistry as Lecturer in Autumn 2012, though she has previously contributed to the Department in both instructional and administrative capacities. She is unusually versatile as an instructor, successfully teaching large lecture courses in 100-level introductory general chemistry and 200-level sophomore organic chemistry, as well as 300-level inorganic chemistry lecture and laboratory courses. For her efforts to incorporate innovative technology in the classroom to enhance student learning and engagement, Dr. Bryant was one of four Chemistry team members to receive the 2015 Distinguished Teaching Award for Innovation with Technology.
Research in Masiello group is aimed at building a theoretical understanding of nanoscale optical, magnetic, electronic, and thermal phenomena mediated by surface plasmons. Of particular interest is the fundamental science of light manipulation, especially in metamaterials capable of directing light towards desired pathways, such as optical-frequency magnetism, spatially-directed thermal patterning, room-temperature quantum information processing, and enhanced solar-energy conversion. Theoretical approaches from the Masiello group are currently being used by the experimental community to direct the design of advanced materials with unprecedented functionalities.
Professor Lalic is interested in developing new reactions for the synthesis of organic molecules using transition metal catalysis. An essential part of the Lalic group’s approach to reaction development is the exploration of reaction mechanisms, which results in a better understanding of the fundamental reactivity of organic and organometallic compounds.
Research in the Boydston group focuses on various aspects of macromolecular design, synthesis, and function. By controlling the microstructures of polymer and network materials, the Boydston group is discovering ways in which macroscopic mechanical forces can be used to guide precise, molecular-level chemical transformations. Materials that display this mechanochemical transduction capability may find application in numerous fields, including biomedical engineering, drug delivery, additive manufacturing (3D printing), and autonomously self-healing systems.
We are delighted to announce that Anne McCoy will be joining the Department as Professor of Chemistry for the 2015-16 academic year. Prof. McCoy is moving to the University of Washington from Ohio State University, where she has been on the faculty since 1994. Prof. McCoy is a leader in the area theoretical spectroscopy and dynamics. Her research focuses on the development of theoretical and computational approaches for understanding spectral signatures of large amplitude motions. She is particularly interested in molecules that are of atmospheric and astrochemical interest, and other species that exhibit large amplitude excursions from the minimum energy geometry even at low-levels of excitation.
Prof. McCoy is deputy editor of the Journal of Physical Chemistry A, and she previously served as senior editor of the Journal of Physical Chemistry. She is a member of the American Chemical Society’s Committee on Professional Training, which she chaired from 2012-2014. Prof. McCoy’s many honors include Ohio State University’s Distinguished Scholar Award and Arts & Sciences Distinguished Faculty Award, several named lectureships, and election as a fellow of the American Physical Society, the American Chemical Society, and the American Association for the Advancement of Science.
We are delighted to announce that Dr. Alshakim Nelson will be joining the Department as Assistant Professor of Chemistry for the 2015-16 academic year. Dr. Nelson completed his undergraduate studies in chemistry at Pomona College in 1999. He received his Ph.D. in organic chemistry from the University of California at Los Angeles in 2004, where he studied carbohydrate-containing polymers and macrocycles with Professor J. Fraser Stoddart. He was then an NIH postdoctoral fellow at the California Institute of Technology working for Professor Robert Grubbs on olefin metathesis catalysts for the formation of supramolecular ensembles. Dr. Nelson joined IBM Almaden Research Center as a Research Staff Member in 2005, where he focused on synthesizing building blocks that enable large area nanomanufacturing via self-assembly. His research interests also include silicon-based polymers for lithographic applications, magnetic nanoparticles, directed self-assembly of nanoparticles, and hydrogen bonding block copolymers. Dr. Nelson has over 40 publications and 11 issued patents, and in 2011 he was designated as an IBM Master Inventor. In 2012, he became manager of the Nanomaterials Group, which includes the Synthetic Development Lab.
Dr. Nelson will begin his research program at the University of Washington in September 2015. His research will focus on the synthesis, characterization, and patterning of polymeric and supramolecular materials for the bio-interface.
For more information about Dr. Nelson and his research, please contact him directly via email.
We are delighted to announce that Dr. Ashleigh Theberge will be joining the Department as Assistant Professor of Chemistry. Dr. Theberge completed her undergraduate studies in chemistry at Williams College, performing research with Professors Thomas Smith, Dieter Bingemann, Lois Banta, and Heather Stoll. She received her Ph.D. in chemistry with Professor Wilhelm Huck at the University of Cambridge in the field of droplet-based microfluidics. While pursuing her Ph.D., she was a visiting researcher at the Université de Strasbourg with Professor Andrew Griffiths, where she developed microfluidic methods for drug synthesis and screening. She completed her NIH postdoctoral fellowship with Professors David Beebe, William Ricke, and Wade Bushman at the University of Wisconsin-Madison, studying molecular mechanisms of prostate cancer using microscale culture and analysis platforms. She is presently an NIH K Award Scholar at the University of Wisconsin-Madison.
Dr. Theberge will launch her research program at the University of Washington in January 2016. Her research centers on the development and use of microfluidic technologies to understand the chemical signaling processes underlying disease, with a particular interest in steroid hormones in prostate disease and testis development and oxylipins involved in the immune response. She will develop new methods for microscale cell culture, small molecule isolation, and metabolomics.
Dr. Carroll joined the Department of Chemistry as a full-time lecturer in Fall 2011 after having been an instructor in the general chemistry course since Fall of 2009. She has served as the general chemistry laboratory instructor, as well, since Fall of 2006, guiding the laboratory portion of the general chemistry series for approximately 3,000 students each year.
We are delighted to announce that Dr. Dan Fu will be joining the Department as Assistant Professor of Chemistry for the 2015-16 academic year. Dr. Fu completed his undergraduate studies in chemistry at Peking University. He earned his Ph.D. in chemistry with Professor Warren Warren at Princeton University, where he developed novel nonlinear absorption microscopy for visualizing non-fluorescent biomolecules and applied it to early melanoma diagnosis. Dr. Fu briefly conducted postdoctoral work on quantitative phase microscopy with the late Professor Michael Feld at the Massachusetts Institute of Technology before moving to his current postdoctoral position at Harvard University with Professor X. Sunney Xie. While at Harvard, Dr. Fu has focused on the development of multiplex and hyperspectral stimulated Raman scattering microscopy, which he has applied to the study of biological problems such as lipid metabolism, drug transport, and cell growth.
Dr. Fu will launch his research program at the University of Washington in the summer of 2015. He will focus on the development of novel quantitative optical spectroscopy and imaging techniques to study the spatial-temporal dynamics of biomolecules in living biological cells and organisms, with an overarching goal of using analytical and physical chemistry approaches to explore the cellular mechanisms of complex diseases, develop early disease diagnosis tools, and establish effective drug screening processes.