How high of a battle power and how much force would it take to actually destroy the Universe? (Strong Language)

[kriss-]

How powerful is the God of Destruction?

For these calculations we're going to completely disregard fan made myths about gaps and the absurd stupidity that they cause; such as how t completely contradicts the battle power of Base Saiyans, information that derives from what Akira Toriyama has provided us, for reasons such as <- Insert fan made myths here ->, et cetera.

Our starting point is here:

Goku (Maximum)
-Base 100,000,000
-SSJ2 5,000,000,000

A proper chain is as follows:

Goku SSj2 (Boo) > Kid Gohan SSj2 > Super Perfect Cell

Typically I've got Goku SSj2 stronger than Kid Gohan by around 25% -but for simplicity's sake and for the sake of not turning this thread into a fucking flame war, we've going to generous and make Gohan only 10% weaker than Goku was; while simultaneously making Super Perfect Cell around that much weaker as well.

Goku
-SSj2 5,000,000,000

Gohan
-SSJ2 4,500,000,000

Super Perfect Cell
-Full Power 4,000,000,000

Finally, we are going to incorporate Cells statement regarding his own destructive capabilities from here:

Chapter: 415 (DBZ 221), P3.2, P4.2
Context: while charging the Kamehameha
Cell: “I’ve already gathered enough ki power to blow away not only the Earth, but the solar system as well!”
Random people far away: “Wh-what’s happening!?” “It’s an earthquake…!”

So apparently Super Perfect Cell can blow away the entire Solar System. Please shut your mouth and don't argue about him using Instant Transmission and destroying the planets 1 by 1, that makes no fucking sense when he speaks in the context of blowing it away.

Conclusively it takes a battle power of around 4 Billion (9 zero's behind it), to destroy an entire fucking solar system.

Presumably, Cell can't destroy the space/time continuum; rather, all the mass inside the fucking solar system. How much mass is actually inside the solar system?

Totally got this from google

The principal component of the Solar System is the Sun, a G2 main-sequence star that contains 99.86% of the system's known mass

blah blah blah,

For simplicities sake, we're going to estimate that 1 Solar System's mass = the mass of 1 G2 main-sequence star. This essentially means that 1 Solar System has the mass of

1.98900 * (10^30) kilograms = 1,989,000,000,000,000,000,000,000,000,000 kilograms

Or: 994,500,000,000,000,000,000,000,000 Tons

That's a big fucking number.

So apparently, Super Perfect Cell is capable of blowing away something of that magnitude in one blow. All is takes is a battle power of 4 billion. What the fuck death battle?

Anyways, if we moved onto Goku (Super Saiyan 3), he should presumably be capable of hitting Superman with a force of:

4,972,500,000,000,000,000,000,000,000 Tons

I simply took Cells Kamehameha Wave result and multiplied it by 1.25x and than by 4x. Anyways, that was a bit off topic. But how much force it would take to blow away an entire FUCKING UNIVERSE?

Well... we're only going to use the observable universe for this analysis, and we are going to use the lower end of the estimates, which are:

So far, astronomers have found more than 500 solar systems and are discovering new ones every year. Given how many they have found in our own neighborhood of the Milky Way galaxy, scientists estimate that there may be tens of billions of solar systems in our galaxy, perhaps even as many as 100 billion.

So we'll stick to only 10 billion. So just to destroy 1 Galaxy the size of our milky way would take and equivalent force of around: 9,945,000,000,000,000,000,000,000,000,000,000,000 Tons.

Which is fucking ridiculous, and that is only 1 bloody galaxy. How about a Universe?

For comparison:

1 Solar System: 994,500,000,000,000,000,000,000,000 (Battle Power required: 4,000,000,000)
1 Galaxy: 9,945,000,000,000,000,000,000,000,000,000,000,000 (Battle Power required: 40,000,000,000,000,000,000)

How many galaxies are actually in the Universe?

one hundred billion galaxies

According to the best estimates of astronomers there are at least one hundred billion galaxies in the observable universe. They've counted the galaxies in a particular region, and multiplied this up to estimate the number for the whole universe.

The force required to blow away 1 entire Universe in 1 go is equal to: 994,500,000,000,000,000,000,000,000,000,000,000,000,000,000,000 Tons
(Or a battle power of around: 4,000,000,000,000,000,000,000,000,000,000)

This is essentially how powerful Beerus the Destroy actual is and where his logical battle power should actually be. Fuck Zenos, he's too fricken powerful to even calculate.

Lastly, these are low-end estimates and assuming that all the galaxies within the observable universe were essentially all the same weight and had the same mass. The actual figure would be significantly higher.

 

[Let's Go Fearless!]

Do GT analysation.

 

[SIAD]

So I say that the Warriors tournament Champa >>>>> Gogeta SSJ4 (GT).

 

[kriss-]

Do GT analysation.

There is nothing to calculate with GT. As far as I know, their feats are generally low in comparison to Dragonball Super, unless you can think of a significant one?

 

[Let's Go Fearless!]

Goku breaking the dimension by kamehameha?

 

[SIAD]

Tosh, many times more powerful than have to Beerus Gogeta SSJ4?

 

[kriss-]

I just realized now that I made a slight miscalculation!!!!! I'll recalculate tonight and perhaps look into GT. I've got work at 5 so I won't be home until midnight, lawls.

 

[SIAD]

I have understood that necessary to destroy our Sun Energy (GBE) is 3.96 * 10 ^ 42 Julios.

1 Foe = 10 ^ 44 Julios = Supernova (Low).

GBE Solar System = 5,709 * 10 ^ 44 Julios = 5,709 Foe.

100 Foe = Hypernova.

GBE Galaxy Milky Way = 10 ^ 54 Julios = 10,000,000,000 Foe.

Masa Energy Milky Way = 100,000x Galaxy Milky Way GBE = 10 ^ 59 Julios.

If we look from the point that the mass of our Galaxy Energy is 100.000x the GBE of our Galaxy. If we go with that logic, we could have:

GBE Virgo Supercluster = 2 * 10 ^ 57 Julios (Supposedly).

Energy mass Virgo Supercluster = 2 * 10 ^ 62 Julios.

Observable Universe GBE = 4 * 10 ^ 64 Julios (Supposedly) = Universes DBS (Each).

Observable Universe Energy mass = 4 * 10 ^ 69 Julios.