Today's Events | Little Hall, Clifford Gallery (101 Little Hall)
This exhibition expands on the forthcoming issue of the artist-run journal Effects, organized around the motif of the hole. Holes draw our attention to the periphery, the edges of the visible, bringing to the fore what typically disappears into the margin. Through rips and shadows, enclosures and erasures, the included artworks address transience, destructive violence, and lost histories, while also evoking the nascent formation of as-yet-unknown patterns for meeting the problems of living — with ourselves, with one another, and with absence.Featuring work by Noel Anderson, Milano Chow, Mary Helena Clark, Clementine Keith-Roach, Lakshmi Luthra, Eric N. Mack, Nour Mobarak & Jeffrey Stuker, Christopher Page, Paul Pfeiffer, Adam Putnam, Larissa Sansour & Søren Lind, Paul Sietsema, and Patricia TreibOpening reception Wednesday, Sept. 24, following the 4:30pm Art LectureCurated by Lakshmi Luthra, Associate Professor of Art and Film & Media StudiesLearn more about the exhibition*Please note: Weekend hours are dependent on the availability of student monitors. If driving a distance, please contact the department (315-228-7633), during regular working hours, to ensure the gallery will be open. The gallery is not open during university breaks and holidays.

Today's Events | Lathrop Hall, 107 (Conference Room)
Conducting research with undergraduates can be one of the most rewarding aspects of teaching, but it doesn’t always unfold as smoothly as we hope or plan. In this session, Amy Leventer, professor of earth and environmental geosciences and CLTR Faculty Fellow, will facilitate a conversation focused on mentoring undergraduate students in research. Drawing on a wide range of personal experiences, Amy will offer reflections on what she’s learned, while inviting participants to share their own successes, challenges, and lessons along the way. Together, we’ll work toward building a shared roadmap for more positive and productive mentoring experiences.To help us plan for an appropriate amount of food, we kindly ask you to register for the event.

Today's Events | McGregory Hall, 103
The vice president and dean of the college is the university’s senior student affairs officer with responsibility for the following departments and programs: administrative advising, campus safety, career services, the COVE, the dean of students, First@Colgate, international student services, residential life, counseling and psychological services, student health services, student conduct, wellness, student involvement, fraternity and sorority advising, environmental health and safety, emergency management, and other services that support student learning.Dr. Paul J. McLoughlin II, welcomes the opportunity to discuss questions and concerns, to provide advice or to talk through an issue. Dean McLoughlin offers weekly office hours for students. Contact Michele Carney at 315-228-7425 (mcarney@colgate.edu) to reserve a time.

Today's Events | Colgate Memorial Chapel
Join the Muslim Student Association for Jummah in the chapel.

Today's Events | Persson Hall, 209
Mike Carter, from Lafayette College, will lecture as part of the Colgate University-Hamilton College Economics Seminar Series

Today's Events | Ho Science Center, 101
Join us for an NASC Colloquium on "Reversals of the Large-Scale Circulation in Thermal Convection" presented by Nick Moore, assistant professor of mathematics.Thermal convection, or the tendency of heat to rise and cool material to descend, often gives rise to a large-scale circulatory flow structure. It is known that the large-scale circulation (LSC) can undergo spontaneous reversals. In the atmosphere, reversals can result in a sudden change in wind direction, while in Earth’s liquid core, reversals may play a role in magnetic dipole shifts. Moore will discuss LSC reversals in the context of 2D annular thermal convection. A newly constructed model describes a range of LSC behaviors that have been observed in laboratory experiments and numerical simulations, including a state of consistent, uninterrupted circulation, a state of chaotic LSC reversals, and a paradoxical state of turbulent flow yet regular LSC reversals. Unlike heuristic models, the new model is firmly linked to first principles, and it offers new predictions for the timing of LSC reversals that are shown to agree closely with direct numerical simulations. I will briefly discuss extensions of the model, including one that accurately recovers the gross heat transport.Reception to follow in the Ho Science lower atrium.