At LASP, we are committed to creating an environment that is respectful and inclusive. We believe this is fundamental to enabling peak creativity, innovation, and curiosity. Our unique individual experiences and points of view drive discovery. We strive to advance equity and inclusion and to educate the next generation of diverse leaders in space research.
Tiny grains, severe damage: LASP-led research shows how hypervelocity dust impacts can damage a spacecraft and disturb its operations
The Parker Solar Probe spacecraft, NASA’s newest and most ambitious effort to study the Sun, has broken a lot of records: it has gotten closer to the Sun than any other spacecraft to date, its instruments have operated at the hottest temperatures, and the probe is the fastest human-made object ever. But those records come at a cost: The spacecraft is moving so fast that running into even a tiny grain of dust can lead to serious damage.
NASA announced today that the next mission in its Explorers Program will be a spacecraft that studies cosmic explosions and their elemental debris. The space agency selected the Compton Spectrometer and Imager (COSI), to be built at the University of California Berkeley, in place of the University of Colorado’s Laboratory for Atmospheric and Space Physics (LASP) concept, ESCAPE.
When William Shatner, the actor who played the series’ swashbuckling Captain James T. Kirk, takes his seat on a space tourism flight this week, it will highlight the real-world technological advances that have occurred since 1966. LASP has played a staring role in the development of some of the latest technologies in space research.