Matthew Koury, C’17, will be traveling to the United Kingdom to attend the prestigious Pembroke-King’s summer school at Cambridge. During the 8-week summer course, he will take three lecture courses: Contemporary Issues in Neuroscience, Behavioural Economics, and Reason and Invention: The Cult of the Classical in British Architecture 1500 - 2000. ...Read More...
Natural Science and Mathematics Blog
Back row from left to right: Dr. Jeffrey Simmons (Dean), Jenny Carey, Erin Pratico, Matthew Koury (President), Maria Conner (Vice President). Front row from left to right: Austin Walters, Brooke Adolfo, Camille Werzowa, and Elaine Esteron
Nicole Vanagas, an Honors Chemistry major, was recently awarded a $1,000 Eli Lilly travel award through the American Chemical Society (ACS). This travel award allows her to attend and present her project at the 2014 meeting in Dallas, TX in March. These grants are awarded to female graduate and undergraduate students who are attending and presenting their research for the first time at a national or international conference. Nicole will be presenting her Honors research project with Dr. Bradley, which deals with synthesis of new N-heterocylic carbene cobalt complexes.
For more information about the program, please visit the ACS website at
This past summer, Amy Strosser, worked on two mathematical research projects in graph theory at Rochester Institute of Technology. A group of students, along with Amy, analyzed data that was recorded from the MRI's of football player's brains. They used graph theory metrics to determine whether the communication between brain regions had changed from preseason to postseason. They concluded that the number of hits a player took affected the communication connectivity of the player's brain. Amy and her partner worked on a second project, in which they discovered an algorithm called Walk Modularity that can detect communities within graphs. A community is a set of vertices that is well-connected by edges within a graph.
During the summer of 2012 at St. Mary's College of Maryland, Michelle Rose C'15 and a group of three other undergraduate students researched existing work on dominating sets to create their own algorithm to find minimally double dominating sets. The algorithms were created to handle different types of graphs and to be self-stabilizing, in order to reduce the need for external interference. To make the idea of double dominating sets more applicable to the modern world, the group decided to tie their research to the zombie apocalypse. Zombies and national guard squadrons correspond to nodes out of and in the set, respectively. Therefore, in the event of a zombie apocalypse, the algorithm can be applied to the intersections of streets in order to determine where to place squadrons to contain the zombie mobs and how to use them most efficiently.
Thanks to the generosity of several donors, four students had the unparalleled opportunity to conduct original, professional-level research under the mentorship of Science Department faculty. The students were the recipients of Summer Research Internship Program (SRIP) awards in the form of stipends that allowed them to dedicate their summer to research rather than a mundane summer job. The awards were made possible by donations to the Dean's Fund for Excellence. Faculty were able to advance their research and students gained valuable training and experience that will help them get into medical school and graduate school or land a job after graduation. We are very grateful to all those who support the Dean's Fund for Excellence.
Dahyana Arias and Dr. Jen Staiger, Biology
Examining the molecular mediators of HMGB1 signaling in rat glioma cells
Jordan DeSilva and Dr. Chris Bradley, Chemistry
Synthesis of a Super Bulky N-Heterocyclic Carbene and Its Reactivity with Transitional Metals
Brad Shenberger and Dr. Christine McCauslin, Biology
Transcriptional regulation in response to ischemic shock and inflammation
Jessica Boegner and Dr. Katy Dye, Biology
Induction of the unfolded protein response by Ebolavirus - a qPCR array investigation