Thanks for that, @alphasam! Your research is extremely interesting and I hope to see followups to it in future.
- 1
Free floating stellar mass blackholes don't generally have accretion disks.
The pretty much only way to spot these is when they move in front of background stars. There have been many such studies done in the milkyway in order to establish just how many stellar mass blackholes there are creeping about in the galaxy and the signal we see from this is pretty well understood. So you're right on one front, it is very unlikely to be a black hole.
The same goes for the alien megastructure theory.It is expected that a Dyson Swarm or partial Dyson Sphere would glow very strongly in infrared.
And since there is no excess of infrared light in the star's spectrum, they're kind of stuck.
Free floating stellar mass blackholes don't generally have accretion disks.
The pretty much only way to spot these is when they move in front of background stars. There have been many such studies done in the milkyway in order to establish just how many stellar mass blackholes there are creeping about in the galaxy and the signal we see from this is pretty well understood. So you're right on one front, it is very unlikely to be a black hole.
If it was orbiting a star, it wouldn't be a free floating stellar mass black hole correct?
This is an irregular, but recurring pattern if I understood it correctly.
A lonely black hole zooming through the darkness between stars would indeed for all intents and purposes be invisible, unless it happened to be in the process of consuming something.
Thanks for that, @alphasam! Your research is extremely interesting and I hope to see followups to it in future.
No problem, I'm happy so many people are interested in it!The whole reason we took part in the project is to find interesting things the computer algorithms missed.
It's in the hands of the professional astronomers now. Hopefully it returns in 2017.
No problem, I'm happy so many people are interested in it!The whole reason we took part in the project is to find interesting things the computer algorithms missed.
It's in the hands of the professional astronomers now. Hopefully it returns in 2017.
Right. And I think it's pretty clear that no one is invoking aliens. This is purely a what-if hypothetical, not an explanation.This is entirely the problem of invoking "aliens" to explain any phenomena, you could make up pretty much any excuse as for why things don't add up. You might as well say it's magic.
Right. And I think it's pretty clear that no one is invoking aliens. This is purely a what-if hypothetical, not an explanation.
Sorry I wasn't meaning to say you were, I was just adding a point about falsifiability and why professional scientists prefer to look at falsifiable explanations.Right. And I think it's pretty clear that no one is invoking aliens. This is purely a what-if hypothetical, not an explanation.
No worries. I wasn't sure, and just wanted to clear that I wasn't saying it was! I mean, I'd personally love it to be, but I'll be happy with a comet swarm or any other natural phenomena because of how weird it is.Sorry I wasn't meaning to say you were, I was just adding a point about falsifiability and why professional scientists prefer to look at falsifiable explanations.
send mercedes romero, she'd have it figured out
Does the known physics of stars completely rule out the decrease being some kind of unstable decrease in the star's output, rather than a partial occlusion?
What we're seeing here is, as you put it, pretty much ruled out as being just stars being stars.