
Copernical Team
NASA Wallops May 7 rocket launch exploring energy transport in space

A mission to explore energy transport in space using a NASA suborbital sounding rocket is scheduled to be conducted the evening of May 7 from NASA's Wallops Flight Facility in Virginia.
Launch for the mission is scheduled for 7:58 p.m. EDT with a 40-minute launch window, Friday, May 7, 2021, on a NASA Black Brant XII sounding rocket. Backup launch days run through May 16. The launch may be visible in much of the eastern United States and Bermuda.
The mission, called the KiNETic-scale energy and momentum transport eXperiment, or KiNet-X, is designed to study a very fundamental problem in space plasmas, namely, how are energy and momentum transported between different regions of space that are magnetically connected?
For example, auroras. Auroras are formed when particles in the Earth's near-space environment interact with the atmosphere.
"The electrons in Earth's space environment and in the solar wind have relatively low energies. Yet the aurora is generated by very high energy electrons.
Conférence de presse de Thomas Pesquet depuis l'ISS

L’astronaute de l’ESA Thomas Pesquet a échangé depuis la Station spatiale internationale avec des journalistes européens rassemblés à Paris, le vendredi 30 avril 2021, pour partager ses premiers jours de retour en impesanteur, la vie à bord et les enjeux de la mission Alpha.
A l’issue d’un voyage de près de 24 heures à bord d’une capsule Crew Dragon de SpaceX, il était arrivé samedi 24 avril 2021 sur la Station spatiale internationale. Dans le cadre de sa mission Alpha, il réalisera plus de deux cents expériences scientifiques – y compris 12 nouvelles manipulations du CNES, l’agence spatiale
Week in images: 26 - 30 April 2021

Week in images: 26 - 30 April 2021
Discover our week through the lens
Earth from Space: Antofagasta, Chile

Antofagasta, a port city in northern Chile, is featured in this image captured by the Copernicus Sentinel-2 mission.
Glacier avalanches more common than thought

One tends to think of mountain glaciers as slow moving, their gradual passage down a mountainside visible only through a long series of satellite imagery or years of time-lapse photography. However, new research shows that glacier flow can be much more dramatic, ranging from about 10 metres a day to speeds that are more like that of avalanches, with obvious potential dire consequences for those living below.
Eutelsat invests in OneWeb, future SpaceX rival

SpaceX successfully launches into space carrying 60 more Starlink satellites

China wants new space station to be more international

China launches space station core module Tianhe

Core capsule launched into orbit
