Space
Researchers from the Laboratory for Atmospheric and Space Physics (LASP) worked side-by-side with teams from the United Arab Emirates to help them make this history-making mission a reality.
Two new studies by researchers at CU Boulder may help to solve one of space’s biggest mysteries: why the solar system’s “detached objects” don’t circle the sun the way they should.Â
Aging satellites and space debris crowd low-Earth orbit, and launching new satellites adds to collision risks. The most effective way to solve the space junk problem involves an international agreement to charge operators orbital-use fees.
As more private companies get involved in commercial space activities, the sustainability of space exploration comes into question. Researchers have teamed up to explore norms and rules to help ensure space remains accessible to future generations.
NASA Administrator Jim Bridenstine recorded a special video for the aerospace graduation ceremony, offering congratulations to graduates.
Working entirely via Zoom, remote desktop connections and webcams, a CU Boulder team is constructing and programming a satellite none of its members can currently touch. Welcome to designing a CubeSat during the coronavirus pandemic.
Astronaut ice cream—the crunchy, freeze-dried, pale imitation of the real thing—may have met its match: The International Space Station is getting a real freezer.
A new space mission will serve as the next phase in a long-running effort to take the temperature of the sun.
A new spacecraft could become NASA's nose in space, sniffing out the environments beyond Earth's solar system that might host planets with thick atmospheres.
How can winds at Earth's surface influence the orbits of satellites in space? What makes a planet habitable? These are some of the questions two new NASA-funded efforts will tackle at CU Boulder.