Planets with GBE capacity limit?

[CNBA3]

I was wondering, I know that Gravitational Binding Energy is what keeps a planet together, but I was wondering, can there be areas where energy can be held that radiates with GBE capacity of greater and not harm the planet or will it harm it still?

 

[CNBA3]

So say celestial body changed and it possesses matter that has exceptionally large energy, it would count to it’s GBE right?

 

[Greatsage13th]

Following

 

[CNBA3]

Bump, so would adding mass that has higher than normal energy to a planet increase it’s GBE?

 

[CNBA3]

Bump

 

[Furudo_Erika]

Bump, so would adding mass that has higher than normal energy to a planet increase it’s GBE?

If you add any amount of mass to a body, then yes.

GBE is influenced by two things; radius of the body and its mass, so if either of those two things fluctuate, then the GBE will also change as a result, and mass can be converted to energy and vice versa with E=mc².

Objects with the highest GBE tend to be dense (such as neutron stars), as a higher mass increases GBE, while a larger radius would decrease it (and a smaller radius increases it as well).

That's also why destroying a neutron star is 4-B, despite it only being like 10 kilometers in radius, because it has an astronomically high GBE.

 

[CNBA3]

If you add any amount of mass to a body, then yes.

GBE is influenced by two things; radius of the body and its mass, so if either of those two things fluctuate, then the GBE will also change as a result, and mass can be converted to energy and vice versa with E=mc².

Objects with the highest GBE tend to be dense (such as neutron stars), as a higher mass increases GBE, while a larger radius would decrease it (and a smaller radius increases it as well).

That's also why destroying a neutron star is 4-B, despite it only being like 10 kilometers in radius, because it has an astronomically high GBE.

Okay, thank you so much for the answer.