noon
The Composition Program Writing Lab and the UO Libraries present a drop-in writing and research support eventl. Get help with any part of your 121z, 122z, or 123 assignments, or just to say hi and see our space and services. All students enrolled in a 100-level Composition course are invited.
3:30–5:00 p.m.
Mark your calendars for the 2025 CLLAS/Latinx Studies Undergraduate Awards Ceremony and Mixer! CLLAS and Latinx Studies invite you to a vibrant celebration honoring our exceptional undergraduate students who have completed outstanding research projects and coursework that acknowledge Latinx and Latin American experiences around the world.
Enjoy music, delicious food, and drinks while learning about their remarkable work. This free event is open to everyone – we look forward to celebrating with you!
6:00 p.m.
Please join the University Film Organization and the Department of Cinema Studies for the 9th annual UO Film Festival. We'll watch student film submissions, announce awards, and celebrate the year.
Free and open to the community. We hope to see you there!
7:30 p.m.
Music and Lyrics by William Finn Book by Rachel Sheinkin Conceived by Rebecca Feldman Additional Material by Jay Reiss Originally Directed on Broadway by James Lapine Originally produced on Broadway by David Stone, James L. Nederlander, Barbara Whitman, Patrick Catullo Barrington Stage Company, Second Stage Theatre
Directed by Tara Wibrew
An eclectic group of six mid-pubescents vie for the spelling championship of a lifetime. While candidly disclosing hilarious and touching stories from their home lives, the tweens spell their way through a series of (potentially made-up) words, hoping never to hear the soul-crushing, pout-inducing, life un-affirming “ding” of the bell that signals a spelling mistake. Six spellers enter; one speller leaves a champion! At least the losers get a juice box.
The 25th Annual Putnam County Spelling Bee is presented through special arrangement with Music Theatre International (MTI). All authorized performance materials are also supplied by MTI. www.mtishows.com
10:00 a.m.–5:00 p.m.
Strengthen connections and unplug on Oregon’s beautiful coast while hiking Hobbit Trail and spending time at the ocean near Florence. Transportation, lunch, and snacks provided.
A $5 deposit through the Outdoor Program (OP) is required to secure your seat. Space is limited to the first 20 students, with priority given to international students.
Please call the Outdoor Program at 541-346-4365 to reserve a spot, or sign up in person at OP's DIY Bike Space in the EMU.
7:30 p.m.
Music and Lyrics by William Finn Book by Rachel Sheinkin Conceived by Rebecca Feldman Additional Material by Jay Reiss Originally Directed on Broadway by James Lapine Originally produced on Broadway by David Stone, James L. Nederlander, Barbara Whitman, Patrick Catullo Barrington Stage Company, Second Stage Theatre
Directed by Tara Wibrew
An eclectic group of six mid-pubescents vie for the spelling championship of a lifetime. While candidly disclosing hilarious and touching stories from their home lives, the tweens spell their way through a series of (potentially made-up) words, hoping never to hear the soul-crushing, pout-inducing, life un-affirming “ding” of the bell that signals a spelling mistake. Six spellers enter; one speller leaves a champion! At least the losers get a juice box.
The 25th Annual Putnam County Spelling Bee is presented through special arrangement with Music Theatre International (MTI). All authorized performance materials are also supplied by MTI. www.mtishows.com
2:00 p.m.
Music and Lyrics by William Finn Book by Rachel Sheinkin Conceived by Rebecca Feldman Additional Material by Jay Reiss Originally Directed on Broadway by James Lapine Originally produced on Broadway by David Stone, James L. Nederlander, Barbara Whitman, Patrick Catullo Barrington Stage Company, Second Stage Theatre
Directed by Tara Wibrew
An eclectic group of six mid-pubescents vie for the spelling championship of a lifetime. While candidly disclosing hilarious and touching stories from their home lives, the tweens spell their way through a series of (potentially made-up) words, hoping never to hear the soul-crushing, pout-inducing, life un-affirming “ding” of the bell that signals a spelling mistake. Six spellers enter; one speller leaves a champion! At least the losers get a juice box.
The 25th Annual Putnam County Spelling Bee is presented through special arrangement with Music Theatre International (MTI). All authorized performance materials are also supplied by MTI. www.mtishows.com
9:00 a.m.–1:00 p.m.
Students in all 4 FR203 classes will be presenting the e-portfolio that they created all throughout the 2nd-year sequence. And you are invited! Students will be presenting one material that they created either in 201, 202, or 203, and that they are the proudest of (it could be an essay, a creative project, a weekly journal, a speaking video…). This event is an opportunity for students to showcase their progress as they are finishing the intermediate sequence. All faculty and students are invited to come celebrate this benchmark with us! If you speak French, even better, as students would practice conversational speaking skills with you. You are also welcome to come even if you don’t speak French and are curious about what e-portfolios are or how they could be used in a language classroom. If you have any questions, please reach out to Mathilde Bégu, 2nd-year French supervisor: mbegu@uoregon.edu.
Note: The first session will be at the Dream Lab from 9am to 11am. The second session will be at the Dream Lab from 12pm to 1pm. The third session will be at the Yamada Language Center (McKenzie 175) from 2pm to 3pm.
2:00 p.m.
Department of Chemistry and Biochemistry Physical Chemistry Seminar
Professor Naomi S. Ginsberg, University of California, Berkeley Hosted by: Cathy Wong
“Following and controlling nanoscale formation and function of bottom-up assembled materials”
Short-range-interacting particles can in principle crystallize via so-called non-classical pathways invoking a metastable liquid intermediate, yet non-equilibrium gelation often occurs before a metastable liquid can form. Using in situ small angle X-ray scattering, we nevertheless watch electrostatically stabilized colloidal semiconducting nanocrystals self-assemble into long-range-ordered superlattices via this non-classical pathway and show how the pathway increases the rate of crystallization over that of direct crystallization from the colloidal phase. Furthermore, by mapping the phase behavior and kinetics as a function of nanocrystal density and electrostatically tuned driving force for assembly, we demonstrate a highly unusual degree of control of a nanoscale system. This control is exemplified by varying the self-assembly rate by over three orders of magnitude, along with predictive control of superlattice yield, size, and crystallinity. Most strikingly, we reveal that this non-classical pathway increases crystallinity of the superlattice simultaneously with the crystallization rate. To further elucidate the elusive nature of the short-range interactions at the nanoscale, we also study the microscopic fluctuations of colloidal suspensions and liquid droplets of the nanocrystals via MHz X-ray photon correlation spectroscopy (XPCS). We discover suppressed nanocrystal self-diffusion in the liquid state, which we attribute to the explicit attractive interactions that are not captured by typical charged particle hydrodynamic models. The combined results suggest design rules for the shape of interaction potentials not only to leverage liquid intermediates in crystallization processes but also to avoid gelation for better control of phase behaviors.
To subtly modify the nanocrystal interactions we take advantage of their light absorption. Current results from ultrafast optical transient absorption spectroscopy suggest that exciton dissociation into charges trapped at the nanocrystal surface alters the local configuration of molecular ions modify longer time scale self-assembly kinetics and resulting superlattice lattice constants. Time-resolved wide angle X-ray scattering and associated pair distribution function analysis preliminarily show the corresponding molecular reorganization in the nanocrystal solvation shell. Ultimately, the multiscale characterization of and manipulation of electrostatically stabilized nanocrystals paves the way to more clearly explain the design rules for nanoscale interaction potentials so that nanomaterial assemblies can achieve more effective functionalities via deterministic and predictive control.
10:00 a.m.
Please join us Tuesday mornings for a free cup of coffee, pastries, and conversation with your history department community! We’re excited to continue this tradition for our history undergraduate and graduate students, faculty, and staff. We hope to see you there!