50 Megaton Nukes dropped in Wakanda When Thanos has just arrived

They all die, none of them have the feats to suggest they can withstand 150,000,000 degree's Fahrenheit.

@divinevisitor: a neutron Star is hotter than that

Everyone dies besides Thor and Thanos in theory

They all die, period.

Everyone is gone since all of them has poor done durability

@imsososorry:

A Neutron Star in real life is only hotter than that temperature of the first years of its life then it cools down substantially. However not only is the star in IW absolutely older than the ~5 years it takes for its temperature to decrease it is literally nothing like a Neutron Star. The star in the movie is much smaller than an actual Neutron Star, it lacks the gravity of an actual Neutron Star, and it can be turned on and off unlike any star in real life, the only reason people call it a Neutron Star is because that’s what the dwarf said, it is nothing like an actual Neutron Star which everyone bases there calculations on including you and therefore since it is nothing like the real thing it is completely inaccurate to use it’s real life counterpart to determine anything about this Star.

Not only is all that true, BUT this feat is a VAST outlier for Thor as a character. Thor has been damaged and taken down by FAR FAR FAR less than the “full force of a Star”.

Wait does this imply the bomb is fired beyond wakanda shield or inside it? Cuz if it's coming from outside then everyone lives... I'm pretty sure the shield can hold up to a nuke.

@shadyxv:

Nah, those shields aren’t withstanding that many nukes at all. The shields were being slightly breached by Thanos’ beasts. The nuke definitely makes it through the shields.

With that said, Thor and his star feat is the only one that could potentially walk away. I’d add a second variable and say vibranium since it’s indestructible, so anything covered in it completely (buildings/Black Panther) should be as well. It sounds a bit far fetched, but I don’t recall anything EXCEPT vibranium getting through vibranium. Then again, there’s the air being deadly after the blast, and nothing says T’Challa’s suit has a filter of sorts for the air supply. So even if the vibranium tanked the blast, he’d die from inhaling all that poisonous air.

Thanos walking away is implied, but not proven. I don’t recall him tanking anything with that kind of force to suggest he’d walk away.

@imsososorry:

"a neutron Star is hotter than that"

I think you'll find the average Neutron Star has a temperature of 600,000 kelvin or 1,079,540 Fahrenheit. About 150 times less than a Necular Bomb. Thor isn't surviving.

Depends. Thanos might be able to use Reality Stone to save himself and his minions.

They all die casually.

Time Stone, Reality Stone, or Space Stone would save Thanos. Power Stone might be able to generate a field around him that would protect. It all relies on whether Thanos knows the nuclear bomb is coming or not.

@dre_savage: didn't that shield tanked an incoming massive spaceship? I think it did...that shield can definitely take a nuke but as op never specificed how much i don't see it Tanking more than 5.

@shadyxv:

"didn't that shield tanked an incoming massive spaceship? I think it did...that shield can definitely take a nuke but as op never specificed how much i don't see it Tanking more than 5."

A 50 megaton Nuke is wayyyyyyyy beyond the force of the ship also...

"dropped in Wakanda When Thanos has just arrived"

Shield was down by then.

Thor survives. Everyone else dies.

Tony's group certainly won't like this alternate ending.

@divinevisitor: Thats right in the center of the nuke and the temp is only for like a split second.

Thor would not be able to survive a split second in the core of the sun.

@kalkent: The core of the sun is several times less hot than the core of a nuke, so he probably could.

@theserbianempire:

"Thats right in the center of the nuke and the temp is only for like a split second."

Correct, but a split second is more than enough when its at least 150 times the best heat resistance feat the Avengers/Thanos have displayed.

Thanos uses the reality stone to erase 49,999,999 of the tons of the nuke before stopping the nuke in time and BFRing it to the middle of the Atlantic.

@divinevisitor: I agree, but would the core be large enough to engulf all of the avengers?

I wonder what scientist measured the temperature of the core of the sun, and how he did it. Not saying they got it wrong, but... Yeah, it probably is wrong.

@theserbianempire:@buckwheat:

-theserbianempire

"I agree, but would the core be large enough to engulf all of the avengers?"

Admittedly im assuming the OP's intention is that the groups aren't on the outskirts of the explosion and that the nuke is intended to hit them directly. However if they're not all engulfed in the over 9km wide fireball an argument can be made for some of them, notably Thor and Thanos.

If Thor is far enough away from the epicenter an argument can be made that he may survive the heat and radiation aspect of the detonation.

If Thanos is outside of the fireball radius and far enough from the shock wave to react he should be able to stop things with the Time/Reality Stone.

I don't think anybody else has a chance.

-buckwheat

"I wonder what scientist measured the temperature of the core of the sun, and how he did it. Not saying they got it wrong, but... Yeah, it probably is wrong."

They used math ;)

Why would you assume it's probably wrong though?

reality stone...he just changes them to bubbles.

@undefined: Thor sees a bright flash, and then feels a small tickling sensation. After the flash subsides he removes his hand which was sheltering his eyes. Nothing but rubble and a huge mushroom cloud can be seen for miles.

Then he flies away.

The Avengers theme plays as the credits roll.

So... 50 megaton nukes as in 50 separate nukes with 1 mt of power or is it just a singe 50 mt nuke?

I could see Thor maybe surviving a single one megaton nuke, barely. He is not surviving a 50 mt nuke based off of his consistent feats.

Thanos damn sure ain’t surviving. Thor might but I highly doubt it

@shadyxv:

Yeah, the nukes are way more powerful than the ship’s crash. But like Divine said, if it’s post-shields, it’s even worse.

Thor, probably.

Thanos, in theory, but not by feats.

Black Panther MAY survive the blast, but not inhaling the gases after.

Hulk survives

@kgb725:Still has no feats for the 50 megaton nukes

@kgb725: never been shown to be even remotely that durable

Thanos has many ways to survive this, it's just a question of whether he understands he can't just stand there and tank. Thor can (not necessarily will) survive with injuries (the degree is debatable imo).

@marvelanddcfan24: in Civil War when asked Steve, Ross confirmed Hulk level is around 30 Megaton Nukes.

@tjakrabirawa: bro hyperbole is a thing and that means nothing he was just proving a point Tony had no idea where the two most powerful Avengers on the planet were

Plus its not a feat

Going by that Superman is stronger than a planet

Dumb logic

@marvelanddcfan24: you're right, sorry i shouldn't have to say that.

@tjakrabirawa: I mean it's up to you if you want to take statements literally

Everyone gets obliterated.

A nuke is a very different thing compared to a Neutron Star beam. Not only is it much hotter, it has a blast wave and ionizing radiation accompanying it.

And 50 Megatons is huge, like really huge. It would cause 3rd degree burns to someone at 100 km range. The shockwave from the Tsar Bomba was felt 700 km in at Norway from all the way at Russia. Imagine the blast wave, the PSI at the epicentre. Nothing would survive it's epicentre.

This is what a 50MT nuke would do to new york

Thor and Thanos survive jsit fine

Death for all

Well since Thor is planet level and Stormbreaker is universal so yeah Thor no sells it casually.

Had a wee thought experiment in order to make an estimate for Thor's heat resistance compared to that of humans based on what is capable of burning Thor.

In Infinity War it took the plasma produced by the Nidavellir Star 30-60 seconds to bring Thor to the brink of death and cover him in 3rd degree burns, the temperature of an Average Neutron Star is 600,000 Kelvin however can be as low as 100,000 Kelvin in the case of ancient Neutron Stars so i will use these temperatures as a basis for my comparison.

In this thought experiment i will also be pretending that Thor was exposed to the Star heat for 5 minutes rather than 30-60 seconds simply because it made my calculations a little easier.

If we were to make a comparison to that of Humans being burned by water and simply scale up the numbers we would get the following:

Assuming temperature of average Neutron Star at 600,000 Kelvin:

Human/Thor

300 seconds exposure to give 3rd degree burns:

120 Fahrenheit/600,000 Kelvin

30 seconds exposure to give 3rd degree burns:

130 Fahrenheit/650,000 Kelvin

6 seconds exposure to give 3rd degree burns:

140 Fahrenheit/700,000 Kelvin

2 seconds exposure to give 3rd degree burns:

150 Fahrenheit/750,000 Kelvin

Split second exposure to give 3rd degree burns:

180 Fahrenheit/900,000 Kelvin

6 hours exposure to cremate:

1400-2100 Fahrenheit/7,000,000-10,500,000 Kelvin

Split second exposure to vaporise:

6500 Fahrenheit/32,500,000 Kelvin

Which would bring the calculation in order to completely vaporize Thor to about 58,499,540 Fahrenheit (though killing him would happen at much lower temperatures).

Depending on the age of the Star however it could bring this number down to under 10,000,000 Fahrenheit for vaporization.

I'm pretty sure the energy in a neutron star is country level

I think you're confusing temperature for thermal energy or heat energy that can be transferred.

Temperature is nothing but the average kinetic energy of molecules. If the density of the substance is a lot higher, then even at a lower temperature, it would transfer far more energy.

For example the temperature of the thermosphere (layer of atmosphere), is upwards of 2000 degC, but you would freeze instead of boiling to death because there just are so few molecules so your body (and the space station), lose heat instead.

Density is taken into account in constants like Specific heat capacity and thermal conductivity.

You should find those constants for a neutron star (core, surface etc), calculate it based on formulas of heat transfer.

@ichinisanji:

"I think you're confusing temperature for thermal energy or heat energy that can be transferred.

Temperature is nothing but the average kinetic energy of molecules. If the density of the substance is a lot higher, then even at a lower temperature, it would transfer far more energy.

For example the temperature of the thermosphere (layer of atmosphere), is upwards of 2000 degC, but you would freeze instead of boiling to death because there just are so few molecules so your body (and the space station), lose heat instead.

Density is taken into account in constants like Specific heat capacity and thermal conductivity.

You should find those constants for a neutron star (core, surface etc), calculate it based on formulas of heat transfer."

I think i see what your saying, just figured that since Thor appears to be engulfed in plasma they'd be somewhat comparable.

But you're right, water and plasma have different densities and as such would transfer different levels of heat to matter they come into contact with. I'll try to do more research into it when I have the time.

Thanos uses space stone to phase the nuke deep underground

or create a black hole to absorb the explosion

or he simply uses reality stone and turn the nuke into a popsicle...

Thanos gets tickled 50 times.

They all die, Thor included