![]() ![]() Our Sun, and stars like it, don’t fit those “truly massive” requirements. The Cosmic Hunt for Primordial Black Holesīlack holes form from truly massive stars.It’s a lot more likely that we’re still missing a piece of information that would allow us to understand this system. It’s incredibly unlikely that we just happened to stumble across a completely theoretical object, even in a very wide-reaching survey like Gaia. It seems like a jump in logic to go from black hole to completely theoretical object, and it might be. The researchers have uploaded a paper on this theory to the preprint server arXiv. They believe that, instead of a black hole, the mystery dark object in this two-body system is something called a boson star-a completely hypothetical object made entirely of dark matter. But recently, a research duo from the Institute of Physics of the Czech Academy of Sciences has challenged that theory. In one of those releases, researchers spotted what they believed to be a Sun-like star orbiting a very small black hole. As such, every so often, the project produces huge data releases that astronomers can spends months to years sorting through to find cool things. The European Space Agency’s Gaia satellite is trying to map the galaxy. The researchers are not convinced that a black hole and a star would have formed a system the way we’re seeing, and put forth the boson star theory as an alternative explanation, even though it’s highly unlikely. ![]() The duo behind the paper claims that there is a possibility that, instead of a black hole, we may be looking at a boson star-a hypothetical object made of dark matter.A recent preprint claims that a system thought to consist of a star orbiting a hole may instead feature a completely hypothetical object.
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