NASA’s CYGNSS Transformed Earth Science by Creatively Tuning in to GPS Signals

CYGNSS model
When NASA’s Cyclone Global Navigation Satellite System (CYGNSS) launched into orbit in 2016, none of the University of Michigan Engineers who developed the system expected it to transform earth science. They certainly had high hopes for the system’s original mission to improve hurricane forecasting, but its ability to pick up reflected GPS signals also proved useful for so much more.

U-M Joins MOSAIC Build Team to Power Next Generation of Astronomers

MOSAIC
A new partnership between the University of Michigan and an intergovernmental research organization will expand the scope of possibilities for astronomers studying the universe’s first stars and galaxies and how dark matter and dark energy have evolved to the present day. Using the world’s largest telescope and its most complex instrument, U-M scientists will be able to study how the Milky Way gained its mass and shape, how other galaxies were formed, how matter is distributed in the universe and how all of these things have changed over time.

Smithsonian National Air and Space Museum Features CYGNSS Mission Led by University of Michigan

RTX Space Age Exhibit
The CYGNSS Mission led at the University of Michigan will be exhibited in the Smithsonian National Air and Space Museum in July. The museum will feature a replica of NASA’s CYGNSS mission in the “RTX Living in the Space Age Hall.” Named the Cyclone Global Navigation Satellite System, CYGNSS was developed at the University of Michigan’s Space Physics Research Laboratory (SPRL) and the Department of Climate and Space Sciences and Engineering (CLASP).

‘Catastrophic’ Airplane Turbulence Is Only Getting Worse — Go Inside the Billion-Dollar Race to Solve It

Dr. Ricardo Vinuesa, associate professor of aerospace engineering at Michigan Aerospace Engineering, was featured in The New York Post article “‘Catastrophic’ airplane turbulence is only getting worse — go inside the billion-dollar race to solve it.” The article discusses how AI can be used to design aircraft that can fly through turbulence Continue Reading »