
I Am Artemis: Tom Percy
The Artemis program's accelerated pace relies on the coordination of multiple teams and external partners.

The Artemis program's accelerated pace relies on the coordination of multiple teams and external partners.

European militaries face increasing pressure to develop strategies against emerging space-based threats.

Such training exercises simulate the physical and mental demands of space travel and spacewalking.

Historical insights from Viking 1 inform modern strategies for Martian terrain navigation and sampling

This partnership expands opportunities for commercial microgravity research and development beyond traditional space station deployments.

The revised approach aims to accelerate the development of a sustainable human presence on the lunar surface.

This development could pave the way for more efficient spacecraft assembly and testing procedures.

Successful lunar crop growth would significantly enhance the sustainability of future long-duration space missions.

This launch marks a return to flight operations after a brief pause for Rocket Lab.

The funding will support development of Orienspace's reusable launch vehicle technology.

This successful test paves the way for a stable touchdown on the Martian surface during future missions.

The image provides new insights into star formation and the interstellar medium in a relatively nearby region of the Milky Way.

The unprecedented level of detail may help scientists better understand the sun's dynamic magnetic field and its effects on space weather.

The region's unique coastal geometry creates a complex ecosystem supporting a wide range of marine life.

This arrangement supports ongoing international cooperation in low Earth orbit crew transportation.

The finding will inform design modifications to prevent similar incidents during future tests and operational flights.

Researchers warn that the calm conditions may be offset by intense storms in future seasons.

Successful testing would significantly boost France's capabilities in developing advanced propulsion systems for future launch vehicles.

Confirmation of the theory could significantly refine understanding of quantum mechanics and the behavior of light in extreme environments.

Integration of the modules marks a major milestone in preparations for the Artemis III mission to the lunar surface.

The contracts mark a significant expansion of the US government's investment in commercial radar satellite capabilities.

The alignment of Earth and Phobos provides scientists with a rare opportunity to study the Martian moon's orbit and composition.

The observation provides scientists with a unique perspective on the alignment of celestial bodies in the Martian system.

New entrants will need to differentiate their services to compete with established players.