Astronomers at Texas A&M University have discovered a rare, tightly packed collision of galaxies in the early universe, suggesting that galaxies were interacting and shaping their surroundings far ...
Space.com on MSN
1.1 million mph cosmic winds race through 'magnetic superhighway' in colliding galaxies
Astronomers have discovered powerful magnetic fields steering gas, dust, and star formation in a dramatic galaxy merger.
A new simulation tool lets scientists explore whether self-interacting dark matter could reshape galaxies from the inside out ...
Two space telescopes really are better than one. This month NASA released a new image that combines observations from the James Webb Space Telescope (JWST) and the Chandra X-ray Observatory of two ...
The Daily Galaxy on MSN
Astronomers discover magnetic highways in galaxies merging at 1.1 million mph
In a new study published in The Astrophysical Journal Letters, a team of astronomers has uncovered extraordinary details about the forces shaping the merging galaxy system Arp 220. Using the advanced ...
Astronomers believe the two galaxies may collide in next 10 billion years Theory based on data from Hubble Space Telescope and Gaia star-tracking mission 'In short, the probability went from ...
Understanding how galaxies grow has long stood as one of astronomy’s core challenges. Over time, scientists have gathered evidence that galaxy mergers matter. When two galaxies move close, gravity can ...
Physicists have unveiled a new way to simulate a mysterious form of dark matter that can collide with itself but not with ...
Dark stars powered by dark matter may explain bright galaxies, massive black holes, and mysterious red objects in the early universe.
Astronomers studying a distant galaxy cluster stumbled upon ancient radio signals that might hold clues to the formation of the early universe. While studying the distant galaxy cluster known as ...
Some galaxies in the early universe were absolute powerhouses, churning out stars at rates that would dwarf the Milky Way's ...
Nearly all stars are found inside or around galaxies, because that's where the conditions are right for stars to form. Within galaxies, stars form inside cold, dense molecular gas clouds like those ...
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