Jinlin’s research contributes to the effort of discovering the Higgs boson, and other beyond standard model particles, in particle accelerators and detectors.
Dionne’s research looked at whether behavioral inhibition, shyness, and social anxiety disorder all followed the same trajectory in children aged 2 to 4, as in children aged 4 – 13.
Daniel designed a computational framework to identify genes that are important to Alzheimer's disease. His research found potential novel treatment targets for Alzheimer's, which he is working to validate at various labs.
I am focusing on neurodevelopmental disorders such as ADHD and autism and how treatments can improve the quality of life of children with these disorders.
I am studying systemic lupus erythematosus and antiphospholipid syndrome, two autoimmune disorders, and how we can utilize the gut microbiome to understand the pathogenesis of such diseases and how we can treat them.
My topic of research focuses on the optimization of a gene-editing technology called CRISPR-Cas9. This technology has the potential to treat many genetic diseases, especially blood diseases like Sickle Cell Anemia. However, an obstacle impeding the application is adverse effects which could cause severe adverse effects, such as cancers, to arise.
Kiran’s work was to write programs in Python to develop aircraft simulations, specifically regarding the aerodynamics of the wings and flaps of a plane.
Noah’s work was the development of a model relating West Nile Virus incidence and types of land cover around the Gulf Coast. His model can be applied as an early warning system for public health officials when determining whether or not to undertake land development projects.
Advith used data science to conduct an analysis of water stress and drought in the Southwest US that can be used to manage the devastating risk to communities in the coming years.