
Copernical Team
Huginn Mission - The Space Messenger

The name of Andreas’s second mission to the Space Station is ‘Huginn’. Inspired by Norse mythology, the name is taken from one of two ravens who serve the god Odin. Called Huginn and Muninn, these two birds sit on Odin’s shoulders and are sent flying across the world at dawn. They return at night to inform him of the many events they have seen and heard. In Old Norse, ‘Huginn’ means ‘thought’ and ‘Muninn’ means ‘mind’ or ‘memory’.
ESA astronaut Andreas Mogensen is going on his first long-duration mission to the International Space Station. Andreas will be the
Euclid mission page card link

Euclid: exploring the dark Universe
Euclid: exploring the dark Universe
Space station welcomes two Saudi visitors, including kingdom's first female astronaut

The International Space Station rolled out the welcome mat Monday for two Saudi visitors, including the kingdom's first female astronaut.
SpaceX's chartered flight arrived at the orbiting lab less than 16 hours after blasting off from Florida. The four guests will spend just over a week there, before returning to Earth in their capsule.
Instrument to measure asteroid gravity tested for space

The first instrument to directly measure gravity on the surface of an asteroid has undergone testing in ESA’s Mechanical Systems Laboratory.
Watch live: Global Space Conference on Climate Change

Huginn Science

ESA astronaut Andreas Mogensen will conduct a variety of science experiments and technology demonstrations during his Huginn mission.
The Huginn mission – an overview

ESA Astronaut Andreas Mogensen will fly to the International Space Station for his second mission called Huginn, in late summer of 2023. It will be a mission of firsts for both Andreas and ESA.
The next step in operating robots from space

On his Huginn mission, Andreas Mogensen will take part in the Surface Avatar experiment: A telerobotic experiment where Andreas will operate several robots on Earth at the same time, from inside the Columbus Module on the International Space Station.
UH researchers develop sensors that operate at high temperatures and in extreme environments

Wiring up quantum circuits with light
