We are delighted to announce that Dr. Alexandra Velian will join us as Assistant Professor of Chemistry.
Dr. Velian completed her undergraduate studies in chemistry at Caltech, where she conducted research with Professor Jonas C. Peters prior to developing the synthesis of low-valent mono- and bimetallic complexes supported by a rigid terphenyl diphosphine framework with Professor Theodor Agapie. She received her Ph.D. under the direction of Professor Christopher C. Cummins at MIT, where she developed the synthesis of anthracene and niobium-supported precursors to reactive phosphorus fragments and studied their behavior using chemical, spectroscopic, and computational methods. Notably, this work gave rise to the synthesis of the 6π all-inorganic aromatic anion heterocycle P2N3−, produced in the “click” reaction of P2 with the azide ion. She is currently a Materials Research Science & Engineering Center postdoctoral fellow with Professor Colin Nuckolls at Columbia University, where she is working to create well-defined functional nanostructures by linking atomically precise metal chalcogenide clusters.
Dr. Velian will launch her research program at the University of Washington in July 2017. Her independent program will focus on the development of synthetic strategies to access new generations of molecular and heterogeneous inorganic catalysts and electronic materials. In the long term, she seeks to contribute fundamental understanding of chemical processes happening at the surface of semiconductor materials. With a primary foothold in inorganic and organometallic chemistry, her research program will interface with chemical engineering and materials science.
For more information about Dr. Velian and her research, please visit her faculty page or contact her directly via email@example.com.
The Department of Chemistry congratulates Assistant Professor Champak Chatterjee on his promotion to associate professor with tenure, effective September 16, 2017.
Research in the Chatterjee group focuses on various aspects of protein regulation by reversible chemical modifications. By investigating how the biophysical and biochemical properties of key bacterial and human proteins change with their modification states, the Chatterjee group is uncovering the molecular mechanisms that drive critical events in cell growth and survival, such as gene transcription and protein degradation. This mechanistic knowledge enables the design of therapeutics that selectively target protein-mediated processes that are misregulated in a wide range of human diseases.
To learn more about Professor Chatterjee’s research, please visit his faculty page and research group website.
Applications are invited for a full-time, tenure-track appointment in the Department of Chemistry. Outstanding candidates in all areas of inorganic chemistry and interdisciplinary areas involving inorganic chemistry will be considered for appointment at the Assistant or Associate Professor level; a hire at the Professor level may be considered in exceptional circumstances.
University of Washington faculty members engage in teaching, research, and service. Successful candidates will be expected to participate in undergraduate and graduate teaching and to develop innovative, vigorous, externally-funded research programs. Applicants must have a Ph.D. or foreign equivalent degree by date of appointment.
For information about the Department and to apply, visit http://apply.interfolio.com/38686; applications should include a cover letter, curriculum vitae, statement of future research interests, and (at the Assistant Professor rank) three letters of reference. Priority will be given to complete applications received by November 14, 2016. The search will be led by Professor Julia Kovacs; please direct all inquiries or disability accommodation requests to firstname.lastname@example.org.
University of Washington is an affirmative action and equal opportunity employer. All qualified applicants will receive consideration for employment without regard to race, color, religion, sex, sexual orientation, gender identity, gender expression, national origin, age, protected veteran or disabled status, or genetic information.
We are delighted to announce that Sotiris S. Xantheas has joined the Department as Affiliate Professor of Chemistry. He also holds the title of UW-PNNL Distinguished Faculty Fellow.
Dr. Xantheas is a Laboratory Fellow in Chemical Physics & Analysis, part of the Physical Sciences Division at Pacific Northwest National Laboratory. Dr. Xantheas is widely recognized for his expertise related to the molecular science of aqueous systems. His innovative studies of intermolecular interactions in aqueous ionic clusters and use of ab initio electronic structure calculations to elucidate their structural and spectral features are at the forefront of molecular theory and computation.
As Affiliate Professor of Chemistry with graduate faculty status, Dr. Xantheas is able to serve as a graduate advisor. Dr. Xantheas’ research facilities are located on the Pacific Northwest National Laboratory campus in Richland, WA.
For more information, please visit his faculty page, his PNNL staff page, or contact him directly via email at email@example.com.
The Biophysical Society has announced Professor Sarah Keller as the recipient of the 2017 Avanti Award in Lipids. Avanti Polar Lipids, Inc. established this annual award to be given by the Biophysical Society in recognition of an investigator’s outstanding contributions to understanding of lipid biophysics. Professor Keller will be honored at the Awards Symposium on February 14, 2017, during the Society’s 61st Annual Meeting in New Orleans.
In their announcement, the Biophysical Society stated that Professor Keller “is being recognized for her seminal work that has contributed to the understanding of phase behavior of multicomponent lipid membranes.” She is among the youngest recipients for this honor, in terms of years since Ph.D. at the time of award. Her numerous professional accolades include two previous BPS awards: the 2014 Thomas Thompson Award, which recognizes an outstanding contribution in the field of membrane structure and assembly, and the 2005 Margaret Oakley Dayhoff Award, which is given to a woman who holds very high promise or has achieved prominence while developing the early (pre-tenure) stages of a career in biophysical research.
Professor Keller is a biophysicist who investigates self-assembling soft condensed matter systems, primarily centered around how simple lipid mixtures within bilayer membranes give rise to complex phase behavior. In addition to her primary work in Chemistry, she is also Adjunct Professor of Physics, and previously served as Associate Dean for Research Activities in the College of Arts and Sciences.
For more information about Professor Keller and her research, please visit her faculty page and her research group website.
Congratulations to Assistant Professor Joshua Vaughan and his UW co-workers, whose recent work was featured on the cover of Nature Methods. Their report details the development of a simplified method to “inflate” cellular structures for use in an imaging technique known as expansion microscopy.
Efforts to improve the resolution of cellular structures typically focus on addressing the limitations of microscope hardware. With expansion microscopy, higher resolution is achieved through physical alteration of the specimen. By linking swellable polymers to customized fluorophores, researchers can physically expand the specimen to enable super-resolution microscopy with a conventional laboratory microscope.
As noted in the journal, Vaughan and co-workers have “developed and characterized new methods for linking fluorophores to the polymer that now enable expansion microscopy with conventional fluorescently labeled antibodies and fluorescent proteins.” By simplifying the procedure and expanding fluorophore options, they came up with separate approaches to provide high resolution imaging of individual cells and of tissue slices. In addition to facilitating a range of biological studies, these refinements broadly expand access to the technique, enabling researchers to use a variety of conventional fluorophores and ordinary laboratory microscopes to achieve high resolution cellular imaging.
More information about this work can be found in Nature Methods and in the UW News press release.
For more information about Professor Vaughan and his research, please visit his faculty page and research group website.
The Department of Chemistry congratulates Senior Lecturer Deborah Wiegand on her promotion to Principal Lecturer, effective September 16, 2016.
Dr. Wiegand joined the Department of Chemistry as Lecturer in 1990, and was promoted to Senior Lecturer in 1995. From 2001-2013, she served as Director of Academic Counseling and the UW Gateway Center and then as Assistant Dean for Undergraduate Academic Affairs, making wide-ranging contributions to student welfare and improving undergraduate services and education.
Dr. Wiegand returned to Chemistry full-time in 2013 as Senior Lecturer and Director of Entry-Level Programs. She regularly teaches courses in our introductory-level general chemistry sequence and serves as the sole instructor for our General, Organic, and Biochemistry sequence, which targets students preparing for the study of nursing. As Director of Entry-Level Programs, Dr. Wiegand leverages her previous administrative experience to provide critical leadership for our large introductory-level instructional programs. Her administrative contributions include leading a significant revision of our introductory-level general chemistry curriculum and the development of a placement test for introductory chemistry courses; when fully implemented, these will help us to better educate and serve the thousands of students who take our introductory-level courses each year.
The Department of Chemistry congratulates Lecturer Colleen Craig on her promotion to Senior Lecturer, effective September 16, 2016.
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.
The Department of Chemistry congratulates Assistant Professor David Masiello on his promotion to associate professor with tenure, effective September 16, 2016.
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.
To learn more about Professor Masiello’s research, please visit his faculty page and research group website.