
Copernical Team
Innovative Startups Join South Australia's Space Ecosystem

NanoAvionics Completes Standardization of Nano- and Microsatellite Buses

New mapping technique enhances lunar surface analysis

ESA Tests Guidance Systems for Hera Asteroid Mission

Asteroid Dinkinesh Has Dual Moons, Researchers Discover

Western geologists test instrument for Mars rover mission in search for life

Galactic Energy Completes Second Sea-Based Launch Mission

MDA Space Partners with Starlab Space in Commercial Space Station Venture

NASA to measure moonquakes with help from InSight Mars mission

The technology behind the two seismometers that make up NASA's Farside Seismic Suite was used to detect more than a thousand Red Planet quakes.
The most sensitive instrument ever built to measure quakes and meteor strikes on other worlds is getting closer to its journey to the mysterious far side of the moon.
New technique offers more precise maps of the moon's surface
![Cropped LOLA LDEM (a), (c) and SfS solution (b), (d) for the Malapert Massif candidate landing region, centered at 85.964°S, 357.681°E on a ridge near the summit of Mons Malapert. Both products show a central east–west ridgeline with primarily north- and south-facing slopes. Two hillshade images match illumination conditions of the low-Sun controlled NAC mosaic with subsolar longitude 315° [(a)–(b), Sun from top left] and 235° [(c)–(d), Sun from bottom left], elevation 5° above the horizon. Credit: The Planetary Science Journal (2024). DOI: 10.3847/PSJ/ad41b4 New technique from Brown University researchers offers more precise maps of the Moon's surface](https://scx1.b-cdn.net/csz/news/800a/2024/new-technique-from-bro.jpg)