Dark matter remains one of the biggest mysteries in the universe. We know it makes up most of the mass in galaxies, but we can’t see or interact with it. Now, scientists are exploring a new possibility: boson stars, made of axions (tiny particles that could be dark matter), might hold the key to unraveling this puzzle.
Axions are hypothetical particles proposed to explain why the universe is filled with unseen mass. If axions exist, they form “boson stars” similar to black holes but invisible. These stars have unique properties—like gigantic waves on a macroscopic scale—and could help scientists understand dark matter’s role in galaxies and the cosmos.
However, detecting these stars is incredibly challenging due to their elusive nature. While research continues, breakthroughs might one day shed light on how the universe works, from its earliest moments to its farthest reaches. The hunt for boson stars and axions isn’t just theoretical; it could revolutionize our understanding of dark matter and the fabric of reality itself.
Source: https://www.space.com/the-universe/stars/what-are-boson-stars-and-what-do-they-have-to-do-with-dark-matter