Michigan State University (MSU) is a public land-grant research university involved in various space-related activities. The university collaborates with organizations like NASA on projects such as mapping tree systems and studying plant responses to space travel, including seed experiments on the Artemis I mission. MSU also houses the Abrams Planetarium, an astronomy and space science education resource, and participates in programs like the Michigan Space Grant Consortium.
All verified mentions of this organization in source documents.
Michigan State University graduate student Jackson Barnes created a simulation that naturally produces two-lobed contact binary shapes through gravitational collapse.
The A1900 fragment separator at Michigan State University was employed to isolate the desired molybdenum-86 beam from other nuclides created in collisions.
The Center for Exotic Nuclear Studies at the Institute for Basic Science is partnered with the University of Padova, Michigan State University, and the University of Strasbourg to study molybdenum isotopes.
Researchers used rare isotope beams at Michigan State University to determine the lifetimes of excited states in molybdenum-84 and molybdenum-86 with picosecond resolution.