
Copernical Team
Homeward bound

ESA astronaut Samantha Cristoforetti looks out the window of the cupola while the International Space Station flies above the Pacific Ocean off the coast of Peru.
Taken earlier this month, this image captures one of Samantha’s favourite things to do in space – in addition to performing research or spacewalks – looking down on our beautiful planet – and one of the precious last views she’ll get from the Station’s ‘window to the world’, known as the Cupola, as she wraps up the end of her mission Minerva.
Samantha and fellow expedition 68 crew members NASA astronauts Kjell Lindgren, Bob Hines
From Space to Rome

In October 2022, ESA Space Shop opened its first temporary concept store on one of Europe’s busiest shopping streets. Located in Rome’s city centre, the first physical ESA Space Shop outside an ESA establishment aims to bring ESA and its space missions closer to the general public. For a period of three months only, the store offers a mix of cosmic fashion, space fun and official ESA merchandise.
To mark the store’s opening in Rome, the ESA Space Shop brand also received an image boost! ESA clothing feels modern, cool and comfy, so you can have fun in
Optical foundations illuminated by quantum light

Esri partners with Digital Earth Africa to support sustainable growth

NASA's solid-state battery research exceeds initial goals, draws interest

NASA, USGS map minerals to understand Earth makeup, climate change

Broccoli gas: A better way to find life in space

Amazon's Project Kuiper will now launch with ULA rockets

Earth from Space: Mississippi River

Mississippi River, one of the longest rivers in North America, is featured in this multi-temporal radar image captured by the Copernicus Sentinel-1 mission.
Nano-material diet means safer, slimmer satellites

A miniscule special ingredient blended with satellite materials could lead to significant mass savings for future missions. An ESA project with Adamant Composites in Greece tested how the addition of graphene – microscopic flakes of carbon just a single atom thick, combining robust strength with electrical conductivity – plus other nano-sized materials has the potential to optimise a satellite’s thermal and electrical properties.