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Analysis of Planet Labs PBC high-resolution satellite imagery reveals dramatic growth of two displacement camps in Sudan's North Darfur and Northern states.
In August 2025, JWST observations produced the most convincing evidence to date for a planet orbiting Alpha Centauri A with a mass similar to Saturn.
Extreme pressures at the planet's core could compress carbon into diamond.
The present-day architectures of these hot Jupiters suggest an origin via disk migration, where the eccentricity remains low as the planet migrates inward through a gas disk.
The circularization timescale of a planet's orbit can depend on factors such as planetary mass, orbital period, stellar properties, and the efficiency of tidal dissipation.
In the high-eccentricity scenario, a planet first occupies a highly elongated orbit before tides remove orbital energy and angular momentum, gradually circularizing the orbit.
Planet will provide the NGA with AI-enabled Maritime Domain Awareness solutions under this contract.
The National Geospatial-Intelligence Agency awarded Planet a $12.8 million contract for Advanced Analytics for Maritime Operations and Reconnaissance.
JPL has been evolving vehicle autonomy since the 1990s, beginning with the development of Sojourner, the first rover on another planet.
Planet's CEO, Will Marshall, expressed excitement about the long-term viability of their Suncatcher project.
The findings have implications for understanding planet formation in the outer Solar System and interpreting exoplanets with similar masses and radii.
Laboratory synthesis tied to orbital and in situ observations strengthens efforts to reconstruct the history of water, habitability, and chemical evolution on the Red Planet.
With 55 hours of observations with the VLT, RISTRETTO can detect the planet Proxima b.
Google announced a partnership with Planet to fly AI processors on a Planet satellite for testing orbital data centers.
MAVEN studies how the solar wind and radiation strip gas from the Martian upper atmosphere and shape the planet's long-term climate evolution.
Uranus generates its magnetic field deeper inside the planet than Neptune's equivalent dynamo region.
The planet TOI-561 b is likely significantly richer in volatile elements than Earth.
Jones analyzed GPI data collected from 2016 to 2019 and integrated it with observations from the W. M. Keck Observatory to identify the planet.
The initial surveys with GPI yielded only one new planet, emphasizing the rarity of directly imaged exoplanets.
Wang helped commission the Gemini Planet Imager (GPI) as a Ph.D. student, focusing on searching for faint companions around over 500 stars.