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The intense stellar irradiation at WASP-107b's current orbit likely contributed to the planet's low density and enhanced atmospheric loss.
Helium absorption in WASP-107b begins before the planet's disk passes in front of the star, indicating escaping gas extends far ahead of the planet along its orbit.
Atmospheric escape models confirm the presence of helium flows both ahead of and behind WASP-107b, extending nearly ten times the planet's radius.
A strong signal from helium was detected in the exosphere of WASP-107b, forming giant clouds that escape the planet's gravity.
Planet encircling dust storms are a prominent form of Martian extreme weather and a major driver of year-to-year climate variability.
PacGeo has partnerships with several imagery providers, including Airbus, Vantor, Planet, Capella Space, Satellogic, Pixxel, and Canada’s Wyvern.
Jared Isaacman stated that Planet and BlackSky are examples of commercial companies that can provide Earth Observation and climate science data at lower costs.
The melting ice sheet causes the planet to rotate differently, which redistributes water globally.
Planet Labs deployed multiple Flock 4H satellites for Earth imaging during the Transporter-15 mission.
The OISL architecture can strengthen resilience by reducing the network's dependence on ground nodes and help maintain high-speed connectivity over more of the planet.
Planet continues to integrate onboard NVIDIA Jetson hardware for on orbit edge processing.
Planet confirmed that its AI enabled high resolution Pelican 5 and Pelican 6 satellites reached orbit alongside 36 SuperDoves from Flock 4H.
Planet plans further Pelican and SuperDove launches in 2026.
Exolaunch deployed 36 SuperDoves and two Pelican satellites for Planet on Transporter 15.
Pelican 5 and Pelican 6 join Planet's first generation Pelican fleet designed to deliver 40 centimeter class imagery across six multispectral bands.
Elements like iron and molybdenum collect in a planet's core during formation, while zirconium remains in the rocky mantle.
Sub-Neptune exoplanets are among the most common planet types observed by NASA's Kepler mission.
The quantity of produced water depends on each planet's composition and interface conditions.
Planet has formed a strategic partnership with Quantum Systems to gauge customer interest in AI-enabled 'Tip & Cue' intelligence solutions.
The collaboration between Planet and Quantum Systems will focus on the development of joint solutions that integrate Planet's wide-area satellite change detection capabilities.