Originally posted by Booya_69Wrong! It was the gravitational force of a neutron star. An object would weigh about 200 billion times more than they do on Earth. So the objects that landed on Thor is assumed to weigh 200 billion times more than normal (ignoring the fact that these objects were not even crushed by the gravitational force on Thor).
A cubic meter of a neutron star weighs as much as the Atlantic Ocean, which is trillions of tons. Thor broke out from pressure to a neutron star, which is planetary or beyond.
Standard Thor breaking those chains is debatable. If pressed enough he might enter warrior madness and turns those chains to dust.
So we have trillions of tons in magnitude, which again isn't even planetary.
Lastly, your math is in error.
There is a huge vast difference between a planet and a star, a star and billions of stars. So if Thor could press a planet or a star then 10x would still be astronomically lower than billions of stars.