During five gravity-assist flybys, BepiColombo's MGNS instrument recorded the first direct neutron and gamma-ray measurements of Mercury's surface, confirming the ...
A new numerical study models how the size and composition of dust grains in an impact-generated ejecta curtain affect the ...
The MAJIS imaging spectrometer aboard ESA's JUICE spacecraft captured new hyperspectral lunar data during the 2024 Moon-Earth flyby, and analysis ...
A laboratory study under Martian-like pressure found that boiling sustained ballistic and effusive mud eruptions despite simultaneous cooling and freezing.
High-precision nickel isotope measurements of Apollo and Chang'e lunar soils show that micrometeorite bombardment has isotopically reworked the regolith across ...
A University of Sydney PhD candidate has created the first comprehensive classification system and global map of Martian soils, identifying ...
ESA's JUICE spacecraft used its August 2024 Lunar–Earth gravity assist to test the JANUS camera on Earth, validating its performance ...
New Southwest Research Institute modeling that includes material strength shows the Moon may have formed intact within hours of the ...
New simulations from Southwest Research Institute and collaborators show that catastrophic impacts tend to destroy or prevent subsurface oceans in ...
New simulations that incorporate the geological strength and temperature of the colliding bodies suggest the moon may have formed intact ...
Embark on a thrilling journey of discovery with Scienmag.com—your ultimate source for cutting-edge breakthroughs. Immerse yourself in a world where curiosity knows no limits and tomorrow’s possibilities become today’s reality!
