Take the Next Step with URI’s DBA ProgramNow is the time to invest in your education. URI’s Doctor of Business Administration program is tailored for experienced professionals, emphasizing future-focused thinking, hands-on learning, and lasting professional connections.Join our upcoming info session to learn more about the program. Meet the DBA coordinator, faculty, alumni, and current students who are ready to answer your questions and guide you through the process. February 6, at 6 pm, virtual March 5, at 6pm, virtual April 2, at 12 noon, virtual Register Today We’re here to support you every step of the way!

Come join us at a meeting hosted biweekly!Visit URInvolved for complete event details and to RSVP.

The Student Senate General Assembly meets every Wednesday starting at 6:30pm. Any undergraduate student is welcome to attend to watch the meeting but may not participate. If you plan on attending and you are not a Student Senator, please RSVP.If you have any questions about the meeting, the General Assembly, or the Student Senate, feel free to reach out to info@rhodysenate.org.Visit URInvolved for complete event details and to RSVP.

Art League RI and the University of Rhode Island Graduate School of Oceanography are featuring the works of artists and scientists in a new exhibition titled “The Synergy Project: A Collaboration of Art and Science” at Studio Blue on the URI Narragansett Bay Campus.With its goal to communicate oceanographic research to wider audiences through art exhibits and events, The Synergy Project has paired artists across many mediums with scientists from URI and Woods Hole Oceanographic Institution since 2020. This third Synergy Project group exhibition features 50 pieces from returning artists and scientists as well as new work exploring new topics. Each exhibition is an opportunity for guests to learn about ocean science in an engaging and unconventional way, prompting new conversations about science and its importance in climate regulation and ocean health with communities near and far.

Join us for lunch as we create space to share your experiences on campus, discuss current events, and connect with other students. Lunch will be provided. Feel free to bring your own lunch as well.Fostering an inclusive and welcoming community is at the heart of the Multicultural Student Services Center (MSSC) ‘s work. All events hosted by or in collaboration with the MSSC are open to the entire URI community. We are committed to making URI a place where everyone feels valued, included, and has a true sense of belonging. We look forward to welcoming you!Thursdays 12:30pm- 1:30pmDates:1/30, 2/13, 2/27, 3/27, 4/10,4/24Visit URInvolved for complete event details and to RSVP.

Interfacial colloidal interactions, dynamics, and assembly: from biomembranes to ordered 2D materialsAbstract:Soft matter interfaces are ubiquitous across diverse technologies ranging from pharmaceuticals to chemical formulations. The presence of surfactant molecules or colloidal particles at fluid interfaces gives the interface distinct properties in response to flow, deformation, and external fields that must be measured, understood, and manipulated for desired functionalities. This talk will focus on colloidal interactions in two such systems: crowded artificial biological membranes and anisotropic particles at air-water interfaces. In the first part of the talk, we discuss the effects of increasing concentration of model membrane inclusions in an artificial cell membrane on inclusion diffusivity and the apparent viscosity of the membrane. In the second part of the talk, we highlight our recent discovery that particle surface porosity severely attenuates the capillary attraction between colloidal ellipsoids at fluid interfaces, enabling the development of ordered anisotropic 2D monolayers. By monitoring the dynamics of two particles approaching one another, we find that porous particles exhibit a strikingly shorter-range capillary interaction potential. Interferometry measurements of the fluid deformation surrounding a single particle quantitatively confirm the decrease in capillary interaction energy and point to roughness-induced changes to interfacial pinning as the mechanism for reduced attraction. Lastly, we show how this reduction in interparticle capillary attraction and alteration in interfacial pinning manifests in the overall 2D interfacial assembly and mechanics of particulate monolayers, informing an approach for the development of anisotropically ordered 2D materials.Short Bio:Peter Beltramo is an Assistant Professor in the Department of Chemical Engineering at UMass Amherst. He earned a BS in Chemical Engineering from the University of Pennsylvania in 2009 and a PhD in Chemical Engineering from the University of Delaware in 2014, where he studied the electrokinetics and self-assembly of colloidal suspensions. Before starting at UMass Amherst in 2018, he completed a postdoc in Soft Materials at ETH Zurich. At UMass, his lab studies interfacial soft matter in contexts ranging from membrane biophysics and biomimetic materials to particle stabilized emulsions and ordered 2D materials. His recent recognitions include the NSF CAREER Award, ACS-PRF Doctoral New Investigator Award, and a Lilly Teaching Fellowship at UMass Amherst.