11:00 a.m.–12:00 p.m.
Are you a graduate student seeking employment in academia, but is also open to exploring opportunities beyond academia? Or are you interested in something in between, that is, academia-adjacent prospects?
Join this workshop via Zoom to unpack these topics, brainstorm together, and strategize ways to enhance your ability to articulate your portable and transferable skills while leveraging your existing networks. Offered by the Division of Graduate Studies and presented by the University Career Center.
1:30–2:30 p.m.
¡Juntos! Latinx Support Group is a drop-in processing and support space for Latinx students to share information and develop skills to tackle challenging situations such as academic stress, family challenges, self-worth, relationships, mental health concerns, and much more. Group members will be able to work through their presenting concerns, find community, and be empowered in a protected therapy space.
2:00 p.m.
Erwin Schrödingerʼs What is Life? is one of the most celebrated scientific works of the twentieth century. However, like most classics, it is far more often cited than read. Efforts to seriously engage with Schrödingerʼs arguments are rare. In this talk I explore how well his ideas have stood the test of time, and what they tell us about how molecular biologists today think about the nature of life.
Join us for guest presentations, fun activities, and discussions about classes and anthropology.
5:00–6:00 p.m.
Join us for guest presentations, fun activities, and discussions about classes and anthropology.
9:00 a.m.–1:30 p.m.
Thinking about a career in Healthcare? Have we got a Friday morning for you! Hop on the bus and let’s go explore PeaceHealth Sacred Heart Medical Center RiverBend in Springfield for a behind-the-scenes tour and Q&A with healthcare leaders just for UO students! Learn more about all the different types of job functions needed to keep this growing industry booming--from both the medical and business sides. They are excited to introduce you to career paths, meet alumni and leaders, and show off some of their innovations in action!
This event is FREE, open to all majors, and bring a friend! Must register on Handshake to save your spot! Tour limited to 40 students, but if we have enough students on the waitlist we can create a 2nd tour so sign up even if it looks full!
OUTLINE OF TOUR:
Meet near the duck statue outside Matt Knight Arena Box Office/Ford Alumni Center NO LATER THAN 9am; We'll walk over to the bus stop (Agate) to catch the EMX to the hospital in Springfield. Tour from 10am-1pm. At 1 pm we'll be done with the tour and there will be a group getting on the bus to head back to campus you can join OR feel free to go grab lunch or have fun in Springfield!
Sponsored by University Career Center and Collaborative Economic Development Oregon. Check out other events happening this term at career.uoregon.edu/events
10:00 a.m.–4:00 p.m.
The Division of Graduate Studies invites you to a one-day conference showcasing the research, scholarship, and creative expressions of UO graduate students. The forum regularly showcases the work of more than 100 students representing more than 35 disciplines. Join us for the popular poster session and the panel presentations!
To participate, all graduate-level students are invited to submit a proposal by April 17, 2024. All accepted posters will be judged. Posters are categorized by field; first place in each category will win $300. Panels will instead be pre-selected. All accepted panels will receive $250 per panelist.
For more information, go to https://graduatestudies.uoregon.edu/forum
noon
This space is for Black-identified** students, faculty members, and staff to engage in guided soulfulness mindfulness, African-centered healing strategies, and dialogue to promote collective healing. We invite Black students, faculty members, and staff to connect, breathe, and heal in a space designed specifically for them.
**Black, African, African American, Afro-Latinx, Afro-Caribbean, or the African Diaspora
1:00–3:00 p.m.
Meet with Counseling Services Gonzalo Camp, who specializes in working with LatinX and undocumented students, at the Center for Multicultural Academic Excellence (Oregon Hall-Room 130) or click here: https://zoom.us/j/92243720320
Let’s Talk is a service that provides easy access to free, informal, and confidential one-on-one consultation with a Counseling Services staff member. See our website for six additional Let’s Talk days/times offered throughout the week.
Let’s Talk is especially helpful for students who:
Have a specific concern and would like to consult with someone about it. Would like on-the-spot consultation rather than ongoing counseling. Would like to consult with a CS staff member about what actual therapy looks like. Would like to meet with one of our CS identity-based specialists. Have a concern about a friend or family member and would like some ideas about what to do.How does Let’s Talk work?
Let’s Talk will be offered via Zoom and/or in satellite locations across campus. As a drop-in service, there is no need to schedule an appointment and no paperwork to be completed. Students are seen individually on a first-come, first-served basis at the times listed below. There may be a wait in the Zoom waiting room if the Let’s Talk staff member is meeting with another student. Please wait and we will be with you as soon as we can. Let’s Talk appointments are brief (usually between 15-30 minutes) and are meant to be used on an as-needed basis.
Click here for Let's Talk - Fridays 1-3PM or see Gonzalo at the CMAE, Room 130: https://zoom.us/j/92243720320
3:00 p.m.
Organic-Inorganic-Materials Chemistry Seminar Series Department of Chemistry and Biochemistry
Grace Han, Brandeis University Hosted by Carl Brozek
Light-Responsive Materials for a Sustainable Future: Exploring Optically-Controlled Functional Organic Systems
Light-responsive materials hold immense potential in revolutionizing various fields including solar energy conversion and storage, recyclable catalysis, single-molecule sensing, and reversible nanomaterial assembly. These materials exhibit phase transitions, changes in solubility, and nanoscale mechanical alterations triggered by external stimuli, particularly light, through molecular-level structural changes. While the photo-switching of molecules has primarily been studied in dilute solutions, understanding this process in condensed liquid or solid environments is crucial for successful real-world applications. Currently, there is a lack of fundamental knowledge regarding the interaction between light and molecules in condensed phases, as well as the impact of photomechanical switching on intermolecular interactions.
This presentation aims to elucidate the design principles behind optically-controllable materials that integrate organic photoswitches or solid-state photochromes. Extensive exploration of various photochromic core structures and functional groups has been conducted to gain insights into the structure-property relationship of these stimuli-responsive material systems. Additionally, the talk will introduce the application of photo-controlled materials in solar photon and thermal energy storage as well as sustainable catalysis.
4:00–5:00 p.m.
All are welcome at this public lecture by mathematician Tadashi Tokieda. Tadashi Tokieda is a professor of mathematics at Stanford. He grew up as a painter in Japan, became a classical philologist (not to be confused with philosopher) in France and, after a PhD in pure mathematics at Princeton, has been an applied mathematician in England and America. He is also active in outreach, especially via the Atrican Institute for Mathematical Sciences and the youtube channel Numberphile.
About the talk:
Would you like to come see some toys?
'Toys' here have a special sense: objects of daily life which you can find or make in minutes, yet which, it played with imaginatively, reveal surprises that keep scientists puzzling for a while. We will see table-top demos of many such toys and visit some of the unusual physics and mathematics that they open up. The theme that emerges is singularity.