It would be cool to know how these proc-gen black holes find their way into the game. If the collapsed core of a massive star is 50 solar masses the originall star must have cracked the 200 solar masses threshold by miles. Such heavy stars can produce enough gamma rays that they just explode without even leaving a black hole (pair-instability supernovae) or they would be the theoretically possible supermassive population-III stars, the earlies ones in the universe shortly after the big bang.
Alternatively they could also be mergers from black hole collapses or even primordial black holes that did not result from a star's collapse but from the collapse of a gigantic cloud shortly after the big bang. It's highgly interesting if FDev's Stellar Forge has any mechanic for this.
I doubt it somehow, but you never know...![]()
Perhaps also it could be the runaway collision of massive stars in dense stellar clusters a long time ago. I am also curious now to learn how the Stellar Forge does it. I am also starting to wonder if there are any that are above even 60 solar masses. I think their could be, but I also think I will be spending a long time on my quest to find out.
I have a LOT more AA-A H black holes systems in the next few sectors but I am in a 31 LY ASP with 53% hull and I am thinking about bee lining it for the bubble to build an exploraconda to help speed up the research and coming back out this way.
I wonder also Andrew, if this is a question we could ask the Devs and they would answer.(how the Stellar Forge made the larger black holes and if there are any other 100+ SM black holes or is the upper 50s the limit of their mass range)