Master Calendar

The exhibiting artists are Marsha Borden, Helena Chastel, Kathryn Frund, Phoebe Godfrey, Hugh MacDonald, Bob Pavlik, Dan Potter, and R. Douglass Rice. Open Air 2025 is open daily and will remain on view through October 6, 2025. June 19, 2025 iis the last day to visit indoor art exhibitions. Exhibitions inside the AVS Gallery will resume on September 11, 2025

View UConn Football's full schedule. (https://uconnhuskies.com/sports/football/schedule)

The exhibiting artists are Marsha Borden, Helena Chastel, Kathryn Frund, Phoebe Godfrey, Hugh MacDonald, Bob Pavlik, Dan Potter, and R. Douglass Rice. Open Air 2025 is open daily and will remain on view through October 6, 2025. June 19, 2025 iis the last day to visit indoor art exhibitions. Exhibitions inside the AVS Gallery will resume on September 11, 2025

The exhibiting artists are Marsha Borden, Helena Chastel, Kathryn Frund, Phoebe Godfrey, Hugh MacDonald, Bob Pavlik, Dan Potter, and R. Douglass Rice. Open Air 2025 is open daily and will remain on view through October 6, 2025. June 19, 2025 iis the last day to visit indoor art exhibitions. Exhibitions inside the AVS Gallery will resume on September 11, 2025

UConn Health Day 2 new employee orientation is conducted on Saba. It focuses on comprehensive training for our newest workforce, covering diversity awareness, sexual harassment prevention, and compliance to ensure a respectful and compliant work environment.AgendaDay 2Format: Saba Self-Guided Learning Time: 8 am - 4:30 pm Location: RemoteActivities: Dive deeper into your compliance and role-specific training and explore resources at your own pace.

Dr. Amy MacQueen Wesleyan University Host: Stacey HanlonZippers and Stitches in the Meiotic Nucleus Dr. MacQueen will present data that informs how we think one meiosis-specific protein, Zip1, manages to carry out two different jobs within the meiotic nucleus. Zip1 carries out two independent activities that each contribute to ensuring chromosomes generate a stable association with their proper (homologous) pairing partners, a task that is critical for the formation of gamete nuclei carrying the proper number of chromosomes. Interestingly, one of Zip1's critical jobs involves processing DNA recombination intermediates at discrete sites along chromosomes, while Zip1's other job involves the assembly of a relatively large chromosomal complex that globally "zips" the entire length of chromosome axes into close proximity. We have acquired data showing that Zip1's two activities are regulated by adjacent regions of its N terminal tip, and that phosphorylation may serve as a molecular "switch", changing Zip1's capacity to carry out these two roles.Publications:Full-Length Synaptonemal Complex Grows Continuously during Meiotic Prophase in Budding Yeast (https://journals.plos.org/plosgenetics/article?id=10.1371/journal.pgen.1002993)Crossover recombination and synapsis are linked by adjacent regions within the N terminus of the Zip1 synaptonemal complex protein (https://journals.plos.org/plosgenetics/article?id=10.1371/journal.pgen.1008201)Proximity labeling reveals new functional relationships between meiotic recombination proteins in S. cerevisiaeMacQueen Lab website (https://macqueenlab.research.wesleyan.edu/)

GI Grand Rounds conferences take place weekly on Wednesdays at noon via Webex. Please contact Amy Pallotti to be added to detailed conference announcement emails.

This session of On Target will feature Panka Bencsik, Assistant Professor andC. Family Dean's Faculty Fellowof Medicine, Health, and Society and of Public Policy atVanderbilt University, College of Arts and Science.Topic TBD

This workshop will guide participants in the development and implementation of effective community-campus partnerships.By the end of the workshop, participants will develop a list of partnership principles that fit the needs and work of their particular unit and discuss how to use the principles to navigate challenges in community-university partnerships.

I will discuss a model of elastic dislocations applicable to buried faults in the Earth's crust in between seismic events. The forward problem amounts to solving a non-standard transmission problem for a system of linear PDES in elastostatics, knowing the fault and how much the rock has slipped at the fault. The inverse problem consists in determining the geometry of the fault and the slip at the fault from surface measurements, which can be obtained from GPS and satellite data. While the direct problem is well posed, the inverse problem is generally ill-posed unless assumptions are made on the fault. I will present a uniqueness result for the inverse problem and an iterative reconstruction algorithm based on a distributed shape derivative, which measures the change in the rock displacement under infinitesimal movements of the fault and the slip. I will close with some simple numerical tests from synthetic data. If time permits, I will also discuss non-linear and non-local viscoelastic models for the fault dynamics. This is joint work with Andrea Aspri (University of Milan), Elena Beretta (NYU-Abu Dhabi), Maarten de Hoop (Rice University), and PhD student Arum Lee.