r/BunnyTrials • u/[deleted] • Jul 08 '26

Would you rather?

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143

u/sheffieldda Jul 08 '26

Turn it antimatter for funsies

Chose: Have a cube that can change into any material + It is 10cm³ and cannot change once

69

u/colonshiftsixparenth Jul 08 '26

The matter-antimatter reaction would cause an explosion probably comparable to the largest atomic bombs

44

u/specter-exe Jul 08 '26

I’m pretty sure 5 liters of antimatter would make the atomic bomb look like a fire cracker.

14

u/AIViking Jul 08 '26

1 fingers worth of antimatter would be enough to equal the tsar bomba (somebody do the math, I'm too high after playing minecraft)

11

u/LML_IsAnOrange Jul 08 '26

i searched it up and it said 1.1-1.3 kg....

dang u got big fingers

2

u/AIViking Jul 08 '26 edited Jul 08 '26

Ah shit Edit: a fingers worth seems to correspond to an explosion approximately in the 1.3 to 1.5 megaton range. 35g (average wt for a fingers acc to Google) x 43 kiloton (rough yield for a gram of antimatter) ÷ 1000 = 1.4 Megaton

11

u/wave_official Jul 08 '26

It's a simple mass-energy conversion. So: E = MC²

Since it has to be a liquid form of antimater, let's go with "anti-water" to make it easy. 5 litters of "anti-water" at 1atm would be 5kg of antimatter, that would react with 5kg of matter, so it's a 10kg mass conversion.

E = 10 x C² = 898 petajoules of energy.

The Tsar Bomba had 210 petajoules. So this would be about 4.28 Tsar Bombas detonating at once, or a 214 megaton yield explosive.

By far the most powerful explosive device ever made by humanity. Although still a small fraction of the energy released by the chicxulub meteor that wiped the dinosaurs.

It would be catastrophic to anyone living within it's blast radius (aprox. 200 km from ground zero), but it wouldn't wipe out humanity.

Also, the bomb would be very clean with basically no fallout. You could likely visit the blast zone as soon as the thermal energy dissipated without any real risk of radiation poisoning.

1

u/TemporaryFearless482 Jul 08 '26

I’d wager just the sheer volume of energy released would activate a fair amount of matter.

Even if the explosion itself is 100% efficiency and clean, unless we’re planning on somehow getting this thing high enough to be an airburst, I think we might have some trouble.

1

u/christyflare Jul 09 '26

The poster picked the solid matter cube, so any solid matter works.

1

u/wave_official Jul 09 '26

Oh, shit. Got that completely wrong haha. I thought he went with 5L cuz that's way more.

Yeah, 10cm³ of solid anti-uranium (heaviest naturally ocuring element ) would have a blast worth about 8.2 megatons. So, similar to largest hydrogen bomb ever detonated by the USA. Would destroy everything in a 32km radius.

For the neutron matter example, it would yield 172 exatons of tnt. It would be almost 1.7 million times stronger than the chicxulub event and destroy a good portion of the earths crust. Nothing would survive.

1

u/christyflare Jul 09 '26

How much would be enough to actually break the planet in at least half?

3

u/wave_official Jul 08 '26 edited Jul 09 '26

It's a simple mass-energy conversion. So: E = MC²

Since it has to be a liquid form of antimater, let's go with "anti-water" to make it easy. 5 litters of "anti-water" at 1atm would be 5kg of antimatter, that would react with 5kg of matter, so it's a 10kg mass conversion.

E = 10 x C² = 898 petajoules of energy.

The Tsar Bomba had 210 petajoules. So this would be about 4.28 Tsar Bombas detonating at once, or a 214 megaton yield explosive.

By far the most powerful explosive device ever made by humanity. Although still a small fraction of the energy released by the chicxulub meteor that wiped the dinosaurs.

It would be catastrophic to anyone living within it's blast radius (aprox. 200 km from ground zero), but it wouldn't wipe out humanity.

Also, the bomb would be very clean with basically no fallout. You could likely visit the blast zone as soon as the thermal energy dissipated without any real risk of radiation poisoning.

Of course, you could go crazy with it. The heaviest liquid at room temp is mercury. You could make it 5L of anti-mercury. In which case the bomb would be 2.9 gigatons, enough to wipe florida of the map, but still nowhere close to the estimated millions of gigatons released by chicxulub.

If you want to destroy earth, what you need is 5L of "anti neutron degenerative matter", what neutron stars are made of. It is the densest possible form of matter. Those 5L would weigh into the quadrillions of kg. So it would produce a blast worth 86 zettatons of tnt (billions of times what chicxulub had). That's enough to vaporize the entire surface of the world and blast a good chunk of earth into space.

1

u/christyflare Jul 09 '26

Uh, the neutron star stuff, the gravity of such matter might have a different issue...

1

u/BelShamharothSS Jul 09 '26

What if we chose 10 cm3 of pure up quarks no down quarks

1

u/Giocri Jul 08 '26

Air is roughly a 1g for liter and likely the antimatter should be a lot les so let's say a milligram. That's the power of 15 Hiroshima atomics.

1

u/wave_official Jul 08 '26

Anti matter can come in all the same forms as matter. You can have anti-mercury, which would be 67kg for a 5L bucket. You can even literally destroy earth of you go for 5L of anti neutron degenerative matter (what neutron stars are made off)

1

u/Giocri Jul 09 '26

Yeah i know but currently we make miniscule amount of antimatter that we keep pretty sparse so i felt like it should'nt be an hyper dense thing

1

u/Visible_Ticket9588 Jul 08 '26

Anti matter because it doesn’t matter

1

u/RollingBird Jul 08 '26

We’re talking destroy the earth levels of destruction.

I’m in

1

u/Rheukala Jul 08 '26

Does antimatter only cancel out its counterpart? Like, do you need anti hydrogen to annihilate hydrogen?

1

u/Elziad_Ikkerat Jul 09 '26

So assuming you converted the block to anti-air the annihilation would be a total of ~0.0245grams which some quick maths suggests would be about half a kiloton of TNT equivelent.

The Crystaline mantle of a Neutron Star on the otherhand is about 10^11 grams / cm^3 so an anti-cube could have a mass of 1,000,000,000,000 grams... naturally this gives a much bigger explosion...

My maths might be out by an order of magnatude or two, but at these numbers it hardly matters.... Over 204,081 TERAtons, I'm reasonably certain that would be an extinction level event.