Is there a theoretical possible way for humans or aliens if they would exist to destroy a star?

I know God can do anything but what about humans and aliens (if they would exist). Can we/they destroy a star that has the size of the Sun? Are stars invincibleIs there a theoretical possible way for humans or aliens if they would exist to destroy a star?Yes, there are lots of ways. We could move a black hole of suitable mass to the star. We could throw a few 100 Jupiter masses of iron at it. We could take away about 90% of it's mass. We could drop a 1/2 solar mass of anti-matter into it.



But all of these methods are impossible for us now. Maybe in a few 1000 years, more likely 10,000 years from now.Is there a theoretical possible way for humans or aliens if they would exist to destroy a star?
Possible. Don't know how, but know it's possible. Stars aren't invincible.Is there a theoretical possible way for humans or aliens if they would exist to destroy a star?Stars can die. I don't think that we can destroy stars...Is there a theoretical possible way for humans or aliens if they would exist to destroy a star?
When you see stars thats the explosion or death of that starIs there a theoretical possible way for humans or aliens if they would exist to destroy a star?The destruction of a star is likely not possible,by humans or aliens.Is there a theoretical possible way for humans or aliens if they would exist to destroy a star?
I personally don't think it's possible. At least for humans. The only way we could destroy something is by blowing it up and since a star is already emitting massive amounts of energy it would rule out any weapon we have in our arsenal.Is there a theoretical possible way for humans or aliens if they would exist to destroy a star?
It would depend on how advanced the civilization is at the time.Human beings are a type zero.There would be much higher levels of advancement in technology.
Here are two possible ways.



First, you could iron-bomb it. This involves dumping several trillion tonnes of iron into the core of a star with a wormhole (before you say anything, wormholes are theoretically sound but have not been observed). Iron is the element with the least binding energy, so if you make it undergo nuclear fission or fusion, you get no energy out of it. This has the effect of inhibiting enough fusion at the core of a star to destabilise its mass. The star fails, catastrophically, in an early supernova, even if the star was not originally heavy enough to die in a supernova.



Secondly, you could inject selfreplicating magnetic monopole factories into it. Magnetic monopoles (again, not yet observed), when they come into contact with conventional matter, annihilate it, but are not consumed in the reaction. This is like antimatter, but without the antimatter. You could make structures from magnetic monopoles which are capable of producing copies of themselves. Then you could sent them into a star.



Once the monopoles reach critical mass, have them dive to the core of the star and make it explode, once again, in an early supernova.