
Copernical Team
SpaceX wants to bring satellite internet to Iran: Musk

Space archaeologists's offer first consultancy firm for orbital habitats

Vandenberg hosts 2nd Annual Assured Access to Space Industry Days Forum

Planet Partners with Taylor Geospatial Institute to leverage data food security and more

Leading scientists develop space tech platform to track carbon in every tree

James Webb Space Telescope sends back pictures of Mars

ESA deep space network tracks DART asteroid impact

Watch live: ESA astronaut Samantha Cristoforetti calls International Astronautical Congress from space

Invent tomorrow’s driving with NAVISP

The way we drive is evolving rapidly, trending towards progressively more automated vehicles and smarter road infrastructure. ESA’s NAVISP programme, in cooperation with new partner ERTICO-ITS, the organisation for intelligent transport systems in Europe, invites ideas from European industry, institutions and research institutes to support this trend through the provision of ‘positioning, navigation and timing’ (PNT) information to let vehicles know exactly where and when they are as they drive.
New exoplanet detection program for citizen scientists

The SETI Institute and its partner Unistellar are launching a new exoplanet detection program that will engage citizen scientists worldwide. Amateur astronomers, using either Unistellar's eVscope or another telescope, will be invited to help confirm exoplanet candidates identified by NASA's Transiting Exoplanet Survey Satellite (TESS) by observing possible exoplanet transits from Earth.
Most known exoplanets have been detected using the transit method, most notably by the Kepler Mission and now TESS. A transit is when a planet passes between its star and the observer, who will see the star dimming as the planet orbits. The demand for follow-up observations of transiting exoplanets is greater than ever. There are currently more than 5,100 confirmed exoplanets, with thousands more detections to be confirmed. This program will focus its efforts on exo-Jupiters detected by those NASA missions.
Some estimates suggest that TESS will identify more than 10,000 exoplanet candidates.