Caitlin Milera

From stargazing as a child in his hometown of Evansville to working as an undergraduate researcher inside the University of Wisconsin-Whitewater’s Upham Hall, Nick Barmore has always had an interest in space.

That passion, combined with the support of UW-Whitewater’s chemistry department, earned Barmore a prestigious $4,000 grant from the National Aeronautics and Space Administration (NASA) and Wisconsin Space Grant Consortium (WSGC) as part of the Undergraduate Research Awards Program.

Watch the YouTube video and read the full story on uww.edu.

Written by Chris Lindeke | Video by Kyle Winter | Photos by Craig Schreiner

NASA is on the quest for a better battery — one that is lighter, longer lasting and able to survive the extreme temperatures found in space — and a Clemson graduate student’s research could help lay the groundwork.

Alan Rowland, a graduate student in the Clemson University Department of Physics and Astronomy, has received a prestigious NASA SC Space Grant fellowship to explore the role nitrogen plays in sulfurized polymer-based lithium-sulfur batteries.

Read the full article on News.Clemson.edu.

Author Credit: Cindy Landrum

Image Credit: News.Clemson.edu.

Three Utah State University engineering students were awarded funding on behalf of the Utah Space Grant Consortium for internships this past summer.

Adam Weaver, a recent graduate student at USU studying mechanical engineering with an emphasis in aerospace engineering, and Payton Taylor, a senior also studying mechanical engineering with an emphasis in aerospace engineering, received $6,200 each for their internships at Northrop Grumman. They worked in the propulsion systems department for four months.

“I was very thankful for this opportunity and excited that I was a recipient,” Weaver said. “The internship was a great experience.”

Read the full article on USU.edu.

Author Credit: Sydney Dahle

Image Credit: (Photo Credit: NASA)

After a decade-long project, the Yale Undergraduate Aerospace Association, or YUAA, is gearing up to launch a satellite into outer space in the coming year.

Through their CubeSat project, YUAA aims to send a device called a cosmic ray detector aboard a NASA rocket into orbit around the Earth. Though the initiative began in 2015, it has faced delays — most recently, one of their computers catching fire — which has bumped their target completion date from winter 2024 to 2025.

Still, CubeSat co-leads Rome Thorstenson ’25 and Matilda Vary ’25 are hopeful that the decade-long effort will soon bear fruit. Since the program’s start, two full “generations” of students have graduated, Thorstenson said. When he joined the group as a first year, he was brand new to the field.

Read the full article on “Yale Daily News.”

Author Credit: Vishnu Bharathram

Image Credit: https://www.jpl.nasa.gov/topics/cubesats

University of Massachusetts Amherst mechanical engineering major Brendan Scott has received a NASA undergraduate fellowship to study how insulative polymers could be turned into high thermal conductivity polymers. These polymers are desirable for a wide variety of applications ranging from space exploration to electronics that need to dissipate heat quickly and efficiently.

Read the full story on umass.edu.

Author Credit: Julia Westbrook

The NASA Connecticut Space Grant Consortium (CTSGC) has awarded Fairfield University School of Engineering and Computing with four research grants to fund research and design projects this year. In fall of 2023, assistant professor of computer science Sidike Paheding, PhD, assistant professor of mechanical engineering David Shekhtman, PhD, Seamus Dwyer ’24, and Dermot Warner ’24 received research grants. Lucas Danburg ’27 was awarded an undergraduate scholarship, and Gabriel Grant ’25 received the Community College Transfer Scholarship.

Read the full story on Fairfield News here.

Author Credit: Fairfield News

Image Credit: NASA

Thanks to a University of Arizona student and her childhood dream, visitors to the UArizona campus now can take a walk through the solar system at the same time.

Zarah Brown, a doctoral student at the UArizona Lunar and Planetary Laboratory, led the installation of 11 plaques depicting various objects of the solar system true to scale. Designed to show the relative sizes and distances of solar system objects at a 1:5 billion scale, the outreach project aims to make space science accessible to people of all ages and backgrounds and to highlight UArizona’s accomplishments exploring the solar system.

Dedicated with a ribbon-cutting ceremony on Sept. 8, the stations comprising the Arizona Scale Model Solar System are spaced out across two-thirds of a mile of campus between the Kuiper Space Sciences Building and the intersection of East University Boulevard and North Euclid Avenue.

A project website, accessible by QR codes at each stop, will provide information via screen readers for the visually impaired, as well as additional details as new scientific discoveries are made.

The project is the result of collaborative efforts made possible by the support of the NASA Space Grant program and an anonymous benefactor.

Read the full article on the University of Arizona News Page.

Author Credit: Daniel Stolte

Image Credit: Harry Tang/University of Arizona

The Interplanetary Initiative at Arizona State University unites academia, industry and government to launch space research projects with tangible real-world impact. These collaborative efforts have given rise to a series of pilot projects, which engage broadly across the ASU ecosystem and extend globally for maximum impact.

The projects arise from immersive workshops using the “big questions” teaming method. The method is designed to drive cross-sector innovation, using structures and incentives that support teams, goals and outcomes. During these workshops, teams are forged, project ideas are born and the path to secure annual seed funding from the initiative is paved.

Read the full article on the Arizona State University News Page.

Author Credit: ASU News

Image Credit: Interplanetary Initiative