AUI  >  News  >

AUI’s Tim Spuck, co-editor of Einstein Fellows

Recent News

Twisted Physics: Astronomers Solve 30-Year-Old Stellar Mystery

Astronomers using the Atacama Large Millimeter/submillimeter Array (ALMA) have captured the first direct, high-resolution images of a magnetic field wrapped tightly around the outflow of gas streaming away from a forming star — evidence that solves a decades-old puzzle about how young stars sculpt the powerful jets that form them.

AUI’s Tim Spuck, co-editor of Einstein Fellows

Tim Spuck is the AUI STEM Education Development Officer for the National Radio Astronomy Observatory. He earned his master’s degree in science education from Clarion University of Pennsylvania and is nearing completion of a D.Ed. in curriculum and instruction at West Virginia University.

Science, technology, engineering, and mathematics (STEM) education is seen by leaders from across the globe as key to economic success and prosperity. Einstein Fellows attempts to improve the state of STEM education, not only here in the United States, but internationally as well. As the body of STEM-learning research grows, this volume provides the unique perspective of nationally recognized educators who have spent, collectively, more than 400,000 hours at the interface between teaching and learning. Each chapter communicates how its author has implemented a specific STEM practice in the classroom and how the practice might be modified for use in other classrooms, schools, and learning environments.

Recent News

NA-ROAD Announces the 2026 Women and Girls in Astronomy Program Cohort

The Women and Girls in Astronomy Program (WGAP), led by Associated Universities, Inc. (AUI), under the North American Regional Office of Astronomy for Development (NA-ROAD), is proud to announce the selection of ten regional projects to receive funding through the 2026 cycle.

Twisted Physics: Astronomers Solve 30-Year-Old Stellar Mystery

Astronomers using the Atacama Large Millimeter/submillimeter Array (ALMA) have captured the first direct, high-resolution images of a magnetic field wrapped tightly around the outflow of gas streaming away from a forming star — evidence that solves a decades-old puzzle about how young stars sculpt the powerful jets that form them.