“Former NASA Rocket Scientist Aisha Bowe to Make History as Crew Member on Blue Origin’s First All-Woman Spaceflight”

In an article for BecauseOfThemWeCan.com, Aisha Bowe, a U-M Climate & Space alumna, talks about her announcement that she will be part of Blue Origin’s NS-31 mission, making history as one of six women flying together on the 11th human spaceflight of New Shepard. She was featured in the article “Former NASA Rocket Scientist Continue Reading »

“U-M Department of Astronomy’s First Satellite Launch Could Pave the Way for Exoplanet Discoveries”

In an article for The Michigan Daily, Dr. John Monnier, a professor at the University of Michigan Department of Astronomy, talks about the STARI Mission and how interferometers in space could allow scientists to study exoplanets in greater detail than they are currently able with existing technology. He was interviewed in the article “U-M Continue Reading »

U-M Awarded up to $7.5M to Bring Heat-Tolerant Semiconductors From Lab to Fab

silicon chip
Heat-resistant sensing and computing chips made of silicon carbide could advance aircraft, electric and gas-powered vehicles, renewable energy, defense and space exploration—and University of Michigan researchers are leading a multimillion dollar collaborative effort to bring more of them to market. Funded by the Silicon Crossroads Microelectronics Commons Hub, the project is launching with $2.4 million in initial funding, and could receive up to $7.5 million over three years.

U-M Astronomy Will Lead Its First Satellite Mission With NASA Grant

STARI
The first space mission led by the University of Michigan Department of Astronomy is scheduled to launch in 2029 with the support of a NASA grant worth $10 million. The mission is called STARI—STarlight Acquisition and Reflection toward Interferometry—and will showcase the viability of a new technique for studying exoplanets, or planets outside of our solar system.

Witnessing the Birth of Planets

planets
University of Michigan researchers contributed to an international collaboration that’s providing an unparalleled view into how planets are born using the JWST—the most powerful space telescope ever launched. In particular, the team studied PDS 70, a young star with two growing planets in its orbit. Located 370 lightyears away, this system gives scientists a rare chance to see how planets form and evolve during their earliest stages of development.

Leinweber Lab Becomes Design Hub for Moon Garden Equipment

Leinweber Lab
If you walk by the new Leinweber Innovation Lab inside the Climate & Space Research Building on a Wednesday evening, you might notice the BLiSS student team hard at work in each of the lab’s studios. There, members of their subteams are working in parallel to design tools that could help solve challenges in NASA’s future Artemis missions to the moon.
The lab’s four open studio spaces were the perfect fit for the BLiSS student team to help future moon missions.