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14h
Space.com on MSNTRAPPIST-1d isn't the Earth-like planet scientists had hoped it to be, according to JWST data
Yet, despite using the JWST's sensitive Near-Infrared Spectrometer, or NIRSpec, astronomers led by Piaulet-Ghorayeb found no ...
New simulations suggest that up to four of the solar system's rocky planets, including Earth and a long-lost world, once ...
"We believe that continuing such activities will further expand our horizon in the field of planetary science." ...
12d
The Daily Galaxy on MSNHow Earth, Venus, Mars, and a Lost Planet Once Formed a Perfectly Synchronized Dance
Recent simulations and research have unveiled a fascinating new insight into the history of the solar system’s terrestrial ...
During the early days of our solar system, giant impacts were common occurrences. Earth likely experienced such an impact ...
Insane Curiosity on MSN18h
Are Planet-Wide Ice Ages Possible on Mars and Venus?
With shared features across rocky planets, scientists explore whether Venus and Mars could someday become snowball planets, echoing Earth's ancient climate collapse.
9d
Space on MSNVenus and Jupiter conjunction 2025: How to see two iconic planets meet in the morning sky
Venus and Jupiter meet in the morning sky on Aug. 12. Catch their dazzling conjunction just before sunrise with the crescent ...
Venus and Jupiter, the brightest planets in our solar system, are about to make their closest approach during their August conjunction.
Jupiter and Venus, the two brightest planets in our solar system, should be widely visible for much of August in the northern ...
The Brief A piece of a failed 1972 Soviet Venus probe is expected to reenter Earth around May 10. The object could fall anywhere between 52° North and 52° South, covering a wide area. Experts ...
“There is a range of orbits with eccentricities lower than 0.38 for which Venus’ co-orbitals can pose a collisional hazard to Earth,” scientists wrote.
Venus currently hosts 20 known co-orbitals, including "Trojan" asteroids and the peculiar quasi-moon Zoozve. These objects, each exceeding 460 feet in diameter, could devastate urban areas if they ...
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