# Could you disrupt the gravity of a black hole using quadrillions of supernova explosions? [duplicate]

For context, I’m planning a novel with as much ridiculous magic as ridiculous science so, yes I know, it’s impossible but that's the fun of mixing science and magic in worldbuilding.

So the situation is this:

• We have a 1 Trillion Solar Mass Supermassive Black Hole that must be destroyed
• The plan is to create two neutron balls of equal mass (small enough that their densities don't turn them into black holes themselves) and smash them into each other past the event horizon of the black hole (doing some magic stuff to avoid spaghettification and such (idk maybe teleport them via magic)), however, one of these neutron balls is made of antimatter.

according to: https://youtu.be/3ZWqQciAQlU?t=129

1 kg of regular matter hitting 1 kg of antimatter produces an explosive force of 1.89 x 10^17 joules of energy. I did some cross-multiplication as to how much force would be generated from smashing 2x10^42 kg (the masses of the two previously mentioned neutron balls) and found that they'd produce a force of 3.78x10^59.

# To put that into perspective, that's 3.78 Quadrillion supernova explosions at once.

(Supernova explosion are 10^44 joules)

So back to the question. When I asked: Could you destroy a black hole from the inside using quadrillions of supernova explosions? I asked it because:

Noting that 70,000 is greater than 15.212, would that make it possible to disrupt the gravitational field of the black hole with 3.78 Quadrillon times the energy of a regular supernova?