Scientists Reveal How Humanity Could Survive The End Of The World

As you may anticipate, scientists are generally fairly interested in a variety of doomsday scenarios. 2 aficionados of the apocalypse, astrophysicists Michael Hahn and Daniel Wolf Savin, have joined forces to conjure up many scientifically-founded strategies to survive the ending of the world when it inevitably happens.

Writing for Nautilus , they seem to the far future, in which a swelling Sun will render Earth too alluring to live on. Their answers? Genetically modifying crops to keep them alive, pushing Earth away from the Sun turning us into robots that are immortal.

At a paltry 500 million Decades or so, no people will remain at the outside of the Planet At least , not outside of some exemplary controlled environment, they write. 1.5 billion years from today, even the sticks will probably be too sexy. Not even cockroaches will survive.

Whenever the Sun burns up all of its hydrogen and helium, then it is going to begin to swell and burn heavier elements. Lev Savitskiy/Shutterstock

Every billion decades, that the Sun swells and increases in brightness by 10 percent. This leads to a temperature increase back here on Earth, that initiates geological and planetary processes that remove carbon dioxide, our primary heating coating, from our atmosphere.

With this warming layer today, Earths average temperature would be approximately -18C (-0.4F); instead, its roughly 17C (62.6F). Assuming that catastrophic climate change doesnt kill us off , the Sun will eventually brighten and swell into such a dimension that a lot of the carbon dioxide could have vanished.

Plants require carbon dioxide to photosynthesize. Most crops Including nearly all of our crops are C3 crops, they also use the most frequent form of carbon dioxide around, one which features three carbon atoms. In about 200 million decades, when the atmospheric carbon dioxideconcentration drops below 150 parts per thousand, C3plants will vanish.

C4 crops, including some rice, which will survive a little longer, and the two researchers suggest that we need to amp up our efforts to make use of genetic modification to modify C3 crops into C4 if we want edible crops much into the future. Regrettably, the Suns continuing growth will cause these more resilient crops to bite the bullet 300 million years from today.

Without any photosynthesis, the entire world would be starved of oxygen , and life will begin to die across all ecosystems. Perhaps with the exception of some extremophiles, in 1.5 billion decades, the entire world will be wholly uninhabitable. Dont fret, however: we can always casually change the orbit of the Earth.

By employing rocket-powered asteroids , we can theoretically perturbEarths orbit only enough that it will be dragged further away from the Sun. If were worried about these asteroids actually smashing into the planet, then we can always use a solar sail One that is 20 times the diameter of Earth to catch the incoming solar wind and pull us away out of our neighborhood star.

Who needs biology when you have robots Vasilyev Alexandr/Shutterstock

There’s an additional option available to us, and also for a little while, it entails us doing nothing in any respect. In a billion years from today, the entire world is going to be bathed in light, which means that solar cells will be all we need to power a wealth of complex machines.

If we uploaded our consciousness in these machines, we can live about as immortal, solar aliens. This may sound impossible And now, it is only in a hundred thousand decades, we need to have the ability to hash out a viable strategy. This way , we could delight in the scorched Earth for another 5 billion years before the Sun becomes a red giant and gobbles it up.

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