
Copernical Team
Using Webb Telescope to study supernovae as source of heavy elements in universe

'Marshmallow' world orbiting a cool red dwarf star

Discovery could dramatically narrow search for space creatures

Driving on the Sidewalk, MARDI-Style: Sols 3630-3632

Gilmour Space offers tech demo satellite mission from Australia in 2024

Spacecraft manufacturer Apex emerges from stealth with $7.5M in funding

Planet launches nonprofit program to drive more access to timely, global satellite data

Relativity Space maps path to Terran production at scale with 3D printers

From Rome to Cannes

The Copernicus Sentinel-1C satellite is currently in Cannes undergoing a series of demanding tests in preparation for launch in 2023. The third member of the Sentinel-1 radar family, part of Europe’s Copernicus programme, will continue the critical task of delivering key radar imagery of Earth’s surface for a wide range of services and scientific applications.
Balancing risk and reward in planetary exploration

NASA's Mars rovers strive for groundbreaking scientific discoveries as they traverse the Martian landscape. At the same time, the crews operating the rovers do all they can to protect them and the billions of dollars behind the mission. This balance between risk and reward drives the decisions surrounding where the rovers go, the paths they take to get there and the science they uncover.
Researchers in the School of Computer Science's Robotics Institute (RI) have developed a new approach to balancing the risks and scientific value of sending planetary rovers into dangerous situations.