
Antarctic Gravity Low Reveals 70 Million Years of Earth's History
A vast region of low gravity beneath Antarctica is giving scientists an unprecedented look back at 70 million years of Earth's deep interior history.
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A vast region of low gravity beneath Antarctica is giving scientists an unprecedented look back at 70 million years of Earth's deep interior history.

The James Webb Space Telescope has created the first-ever 3D map of the auroras on Uranus, providing new insights into the ice giant's strange atmosphere.

A new study reveals Earth's life may exist due to a rare chemical balance during its formation, creating a narrow 'Goldilocks zone' for essential elements.

An interstellar comet, 3I/ATLAS, survived its trip around the sun, providing an unprecedented look at the chemical building blocks of alien worlds.

Scientists analyzing three-decade-old NASA data have discovered a massive underground tunnel on Venus, likely a lava tube, suggesting the planet may be geologically active.

Astronomers have discovered a massive iron structure in the Ring Nebula, which may be the remains of a destroyed rocky planet, offering a glimpse into Earth's future.

NASA's ESCAPADE mission is testing a new low-cost, high-risk strategy for planetary exploration. Now on its way to Mars, its success could reshape space science.

A new study identifies a specific class of asteroids rich in olivine and spinel as the most viable targets for future space mining, shifting focus from older theories.

NASA's ESCAPADE mission, a low-cost, high-risk project, has launched toward Mars to test a new model for planetary science reliant on commercial partnerships.

NASA is set to launch ESCAPADE, a pioneering mission with two identical satellites designed to solve the mystery of how Mars lost its ancient atmosphere.

The ongoing federal government shutdown has frozen funding for critical planetary science missions, halting research on Mars, Jupiter, and asteroid detection.

Ancient 3.7-billion-year-old rocks from Western Australia reveal a chemical signature matching Apollo moon samples, supporting the theory of the moon's violent formation.