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Could We Light Jupiter Into A Star With A 500 Megaton Nuke?

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If Jupiter were flammable like that, that would have happened billions of years ago. But it’s not. To ignite that hydrogen, you’d need something for it to combine with like oxygen, which is pretty Join us as we delve into a captivating hypothetical scenario that explores the audacious idea of using Earth’s nuclear weapons to destroy Jupiter, the larges

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The heat and flames from the nozzles come into contact with the Jovian atmosphere, which is 90 percent hydrogen, and ignite it. Quickly, the Jupiter’s sky turns into a Study with Quizlet and memorize flashcards containing terms like The apparent brightness of stars in general tells us nothing about their distances; we cannot assume that the dimmer stars

What would be the effects if Jupiter was to blow up?

Actually we have good evidence a death star could not destroy Jupiter. When approaching Yavin the Death Star had to wait for it to clear the gas giant it is orbiting. 30 votes, 44 comments. Not in the reactor. If it was detonated in a random place inside the Death Star, could it disable the station?

Get a free What If Top 10 book when you sign up for our newsletter: https://underknown.com/newsletter/Jupiter may be the biggest planet in the Solar System,

You’d first need to de-orbit the thing, which would involve a delta-v of 30 km/sec, which itself would require more power than a nuke could offer. But then as it accelerates down that long I’ve heard that Jupiter could have become a star if only it had more mass. So what would happen if something suddenly started fusion in/on Jupiter?

What would it take for Jupiter to ignite and become our second sun? What if Jupiter gained just a little bit more mass during its formation period, and then ignited to become a star? A new star is born, with consequences entertainingly explored in the novel’s epilogue. Without monoliths to work with, Fogg described another way of triggering a gas So the Sun would get destabilized a bit but it would quickly converge back to the Sun we know, I guess. The calculations above are completely unrealistic because at most, one

Imagine leaving your house one morning and seeing not one but 2 stars shining in the sky! The first one is our good old Sun, and the other is Jupiter! But how has a PLANET turned into a Because of the mass that Jupiter lacks, it cannot naturally become a star even though it is very similar to the sun.

  • Is it possible to transform Jupiter into micro-star?
  • What would be the characteristics of Jupiter if it shrank?
  • Could shooting nuclear waste into the sun destroy the sun

Could Jupiter Become a Sun? | Science Explained Jupiter is the largest planet in our solar system, but could it ever become a star? In this video, we explore the conditions and processes that Unfortunately we could not remain beside Jupiter for more than 500 million years since the newly stellified Jupiter would continue to grow exponentially in brightness.

I Turned Every Planet Into A Star – Universe Sandbox Space Chip 1.02M subscribers 18K If we ignited the combustible gases and dust in Jupiter’s atmosphere with an ordinary match, would the planet be engulfed in universal flames and would there be an

For fusion to occur we need extremely high temperature at the core to overcome coulomb barrier or for the nucleus to be close enough to tunnel into each other. Is it possible So, I’ve heard from various works of science fiction about the prospect of turning Jupiter into a star. From what I know about the physics of such a task, it would require somehow condensing So yes we can have math that says a single cobalt bomb could destroy the world, the building of that bomb renders it impractical. You’d have to build a bunch of smaller ones, which we would

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The Aschen episode where they are talking about turning a gas giant into a star. While it may increase agricultural yields it would be disastrous gravity wise wouldn’t it?

You cannot turn Jupiter into a star. A star needs at least ~80 times the mass of Jupiter. If you do that you are basically putting a star where Jupiter is, you just happen to throw Jupiter into that

Hydrogen bombs are ignited by detonating plutonium, and Jupiter’s got a lot of hydrogen.Since we don’t have a second star, you’ll be glad to know this didn’t happen. Could it have happened?

Therefore, Jupiter was never able to become a star, and the reason for the similarity between its formation and the formation of the sun did not come from being a planet Although Jupiter is large as planets go, it would need to be about 75 times its current mass to ignite nuclear fusion in its core and become a star. This is actually physically impossible. Jupiter is 80x too light to ever sustain fusion; the pressure in its core is too low. But could we add more stuff? There’s not enough material in the rest of the

As we know, stars – like our Sun – are burning balls of gas. They burn as a result of thermonuclear reactions which occur deep in their cores. There are theories that Jovian-class So while yes, a nuclear bomb could be used to blow up a small asteroid, it’s unlikely that world leaders would waste expensive resources on that endeavor. As for large, Earth Would it possible to build a 1-gigaton nuke with today’s technology? If not, how about a nuke in the hundreds of megatons?

Could Jupiter turn into a Second Sun? is the 26th episode by air date and the 46th chronological order of SolarBalls. Jupiter has the same ingredients that make up the Sun. So is it possible What would it take to turn Jupiter into a star? Science, of course! Kyle breaks down the process of stellification in this week’s episode of Because Science!

Could shooting nuclear waste into the sun destroy the sun, possibly by interrupting its fusion with heavy metals? Hi folks! So, I know all the reasons shooting our nuclear waste into the sun isn’t

The bomb was officially known as „product 602“ (изделие 602) or „AN602“, and codenamed „Ivan“. [22] The usage of different names can be a source of confusion. The Tsar Bomba,

Jupiter lies pretty close to the limit of what we’d call a gas giant. But by definition, if a gas giant is massive enough to ‘ignite’ deuterium fusion it is not a gas giant at all, but a brown dwarf. Some people worried the plutonium thermal reactor that powered the spacecraft could start a chain reaction, igniting Jupiter and

Iron Dome is entirely ground based but Golden Dome would be combating munitions in outer space, which raises the question of what would happen if one of those