Fluid-rock interactions on ancient Mars may have produced abundant magnetic minerals that preserved unusually intense records ...

The study suggests that lunar crustal magnetic fields may play a greater role in shaping plasma dynamics than previously understood. Researchers used an innovative two-way radio occultation ...

Researchers propose that the Moon’s crustal magnetic fields may act as plasma traps ... The left panel displays the altitude profile of integrated total electron content (iTEC) observed on November 8, ...

This finding challenges our current understanding of Mars as a perpetually cold, dry world. The team found more than 4,000 of these white rocks and pebbles scattered across the Martian surface.

Scientists have now proposed that plasma could be trapped with the presence of lunar crustal magnetic fields, and in order to confirm this, a Three-Dimensional Lunar Ionospheric Model (3D-LIM) was ...

The Steelers have maintained an open dialogue with both Russell Wilson and Justin Fields in hopes of retaining one, per sources. Pittsburgh, however, has competition for retaining either of its ...

ISRO on Friday said that the new study has revealed surprisingly high electron densities in the Lunar environment, hinting at the potential role of lunar crustal magnetic fields in shaping plasma ...

Contrary to previous assumptions, the Moon's passage through Earth's magnetic field, or "geotail," does not lead to lower plasma densities. Instead, scientists propose that remnant lunar crustal ...

The Chandrayaan-2 mission detected surprisingly high electron densities in the lunar environment, hinting at the significant influence of remnant lunar magnetic fields. Revolutionary research by ...

New study reveals surprisingly high electron densities in the Lunar environment, hinting at the potential role of lunar crustal magnetic fields in shaping plasma dynamics. In a major finding, ...