Research at NMU
Northern Michigan University prides itself on the numerous opportunities we provide to undergraduate and graduate students to engage in high-level research projects. From uncovering the mysteries of the Aurora Borealis to conducting brain tumor and genetics research, students are able to participate in meaningful, hands-on learning that supports their educational and personal goals.
NMU Research Spotlight: CABIN Lab
The podcast WaterCoolerNeuroscience recently featured a paper by NMU's Psychological Science CABIN lab directors Dr. Josh Carlson and Dr. Lin Fang in their episode: How your brain cells grow to handle anxiety. This episode discussed Carlson and Fang's paper "Attentional bias to threat and gray matter volume morphology in high anxious individuals", which discusses the areas in the brain that develop more brain cells and which develop more connections when experiencing stress.
NMU Research Spotlight: Physics
Mariah Goeks, a student in Dr. Mengyan's solid state physics group, has been awarded the Nadine Barlow Undergraduate Research Support Award by the national Council on Undergraduate Research. Mariah is building a four-point probe to utilize the Van der Pauw method to measure the electrical resistivity and Hall coefficient of materials. The group project is building and testing a piece of experimental equipment to aid in the electrical characterization of materials relevant for applications such as for use in solar cells and electronic devices. The characterization measurements are important to their group’s current and future research projects since the measurements provide additional insight towards understanding how materials can behave, which ultimately contributes to developing better devices for present and future applications. See the award announcement
NMU Research Spotlight: Faculty
Dr. John Bruggink has been awarded the Peter White Scholar Award for his research, "Homesite Ecology of the Gray Wolves in the Greater Voyageurs Ecosystem". Wolf homesites are the focal point of wolf pack activity during the pup-rearing season and homesites probably influence pup survival, which has been identified as the variable with the greatest influence on changes in wolf populations. Many gaps remain in our understanding of homesite selection and use, and the broader impact of homesites on wolf ecology. Dr. Bruggink is collaborating with researchers from the University of Minnesota to understand the factors that influence homesite selection by wolves and how those factors change as pups develop and available food sources shift throughout the pup-rearing season. They will use information from wolves equipped with satellite GPS collars to identify homesites, and detailed evaluation on the ground to document homesite characteristics. Read more