FRIB Creates 5 New Isotopes
In creating five new isotopes, an international research team working at the Facility for Rare Isotope Beams, or FRIB, at Michigan State University has brought the stars closer to Earth.
Making Voice-Activated Artificial Intelligence More Accessible
As artificial intelligence technology advances, one area lags behind: voice-activated AI. For the more than 80 million people who stutter, voice AI technologies, which are increasingly being used in job hiring practices, can still be impossible to navigate.
MSU Researchers Find Early, Promising Glioblastoma Treatment
A team of Michigan State University scientists has unveiled a potential game-changer in the fight against glioblastoma, the most common and currently incurable form of brain cancer.
MSU Takes New Science Teaching Approach to the Rural South
It’s no secret that students in high schools across the nation struggle with learning science, even those with extensive resources and support. But students living in the U.S. rural South — where one in six live below the poverty line — face even more barriers to learning science.
Uncovering New Insights Into Shoreline Impacts of Great Lakes Ice
Researchers are using drones, phones and a cryogenic wave tank to learn more about freshwater coasts.
Analyzing Historical Crop Yields Can Reveal Key Soil Health Insights
Newly published research from Michigan State University shows how evaluating historical crop yields across distinct areas of agricultural fields can provide farmers with essential information on soil health characteristics and carbon sequestration.
Exploring New Frontiers in Educational Research and Generative AI
With recent developments in generative AI, five faculty from the Colleges of Education and Natural Science presented a series of flash talks that explore ways AI can enhance learning environments and education research.
MSU Researchers Discover Honeybees Can Detect Lung Cancer
Michigan State University researchers have discovered that honeybees can detect biomarkers or chemical concentrations associated with lung cancer in human breath. The researchers have also shown that the honeybees can distinguish between different lung cancer cell types using only the ‘smell’ of the cell cultures. These findings could be used as a model for developing new tests to diagnose lung cancer early.
Announcements