
NASA’s Curiosity Discovers a Field of Martian Polygons
The discovery of these polygons in a single location could help scientists better understand Martian geology and the processes that shape the planet's surface.
Agency-level news from NASA: mission milestones, science results, budget decisions, and the programs shaping the next decade of exploration.

The discovery of these polygons in a single location could help scientists better understand Martian geology and the processes that shape the planet's surface.

These formations provide insights into the geological history of the region and the processes that shaped it.

Research on Martian auroras helps scientists better understand the planet's atmospheric loss and its implications for climate change.

Research on these distant objects may shed light on the early formation of galaxies in the universe.

The conversion is part of a broader effort to strengthen the agency's internal capabilities and workforce.

A successful uncrewed mission is required before Boeing can proceed with crewed flights under the NASA contract.

The issues threaten to shorten the satellite's extended mission and reduce its scientific return.

This initiative could expand the module's utility beyond its original purpose and support future lunar missions.

This follow-on mission aims to further demonstrate critical technologies for future lunar and planetary exploration.

The event will provide insight into daily life and scientific research conducted on the space station.

Overcoming thermal protection challenges is crucial for achieving efficient and cost-effective reuse of the Starship.

Researchers will study the eclipse's effects on Earth's atmosphere and magnetic field during this relatively rare event.

The successful completion of his first mission marks a significant milestone in Williams' astronaut career.

This observation provides new insights into the behavior of black holes in distant galaxies and their impact on surrounding space.

These maintenance tasks are crucial for sustaining the station's power and communication capabilities over the long term.

This decline may signal a transition to a more quiescent phase of galaxy evolution.

The testing arrangement supports Blue Origin's development timeline for the New Glenn launch vehicle.

These findings will inform future missions to the Jupiter system and refine understanding of Io's volcanic activity.
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