So, this is one of those famous "Japanese neutron stars"?
How scary.
If he were a neutron star, his gravitational forces would completely destroy her at this distance.
Being 10^14 times as dense as a human being, he'd weigh approximately 6*10^15 kg. She is approximately 1m away from him. The force pulling them together is F=G * 40kg*6 *10^15kg/1m²
G is roughly 6.7 *10^-11m³/(kg s²)
F=4*6*6.7*10^5 N = 1.6 *10^7N
But remember, this force is reversely proportional to the square of the distance between each other. She may start towards him like she's being propelled by a space rocket engine, but by the time she makes physical contact the force will have grown by about 2400%.
She will not be recognizable. At least she'll always be a part of him.
>>160691138
You are miscalculating here. She's the neutron star, so her mass is actually much less than what you calculated.
>>160691237
I have made a fool of myself. I shall pretend to be someone else.
>>160690175
What donyou mean
>>160691407
Smooth
>>160694779
criminal
>>160696809
https://www.youtube.com/watch?v=_UGrbk2jKss
Sonic X is a criminally underrated anime
>>160691138
Is that accounting for relativistic effects?
>>160691138
Include me in the screenshot senpai
>>160698646
Fuck off to 9fag.