Steve Ertel, Dusty Belts Provide Clearer Insights into Exoplanet Formation

Steve Ertel, Dusty Belts Provide Clearer Insights into Exoplanet Formation
The initial draft of President Donald Trump’s budget request proposes devastating cuts to NASA’s science research, future space missions, and field centers.
A new study deepens understanding of magnetic field behavior recently discovered by NASA in Earth’s magnetosphere.
An instrument aboard the Vikram lander suggests that buried water ice could be found at higher latitudes, making it more abundant and easier to extract than previously believed.
The planet’s elusive aurorae are much colder than expected, which is how they evaded detection for so long.
The depths, longevity, and potential to generate silicic compositions of magma chambers are linked to crustal temperature, which varies across Mars and over its geological history.
Mars probably has mud volcanoes, and salt might be the ingredient that keeps the flow going.
A survey of high-speed electron flow observed by NASA satellites in the Earth’s magnetotail is presented and related to the process of magnetic field line reconnection and particle acceleration.
The discovery of salty mineral evaporites on Ryugu indicates that watery environments may have been widespread in the early solar system.
Two valleys extending away from a giant crater suggest that upcoming Artemis missions are more likely to sample ancient lunar terrain than impactor material.
Wind vibrations measured by NASA’s InSight mission seismometer are mapped into wind speed and direction to detect major annual weather patterns and open new possibilities for planetary instrumentation.
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