255 Nonillion Degrees: What Would Happen Next to Us?

255 Nonillion Degrees – What Would Happen Next? From ice ages to major earthquakes, doesn’t it sometimes seem like our planet can handle just about anything? But what about extremely high temperatures? What if the temperature rose to 255 nonillion degrees Fahrenheit? What would happen to us and our beautiful mother Earth?
Let’s see what extreme heat and coldest cold of absolute zero would mean to the world.

TIMESTAMPS
The highest temperature ever recorded 0:50
Experiments with temperature levels 1:57
Is it possible for 255 nonillion °F to be a real temperature? 2:44
What would happen next? 3:39
Are we likely to experience this temperature? 4:32
The coldest temperature possible 6:24
Coldest temperature ever recorded 9:04

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SUMMARY
-If we’re talking about the U.S., the highest temperature ever recorded there was 135°F in Death Valley. But the highest surface temperature ever measured anywhere on our planet was found inside a rock; it was a toasty 160°F.
-In 2012, Swiss scientists smashed together lead ions at 99% of the speed of light and created a quark gluon plasma.
-For this temperature to actually come into existence, our universe has to reach thermal equilibrium.
-While there’s still no exact scientific theory for how matter might behave at such a high energy level, they do know that going beyond the Planck Temperature could be enough to turn the thing you’re heating up (in our scenario, the Earth) into a black hole.
-Thankfully, our cozy little third rock from the Sun is nowhere near this terrifyingly high temperature.
-The coldest temperature possible is aptly called “absolute zero” or -460°F. It’s at this point that atoms move as slow as they possibly can, bringing the temperature of an object down to the lowest it can possibly be.
-Naturally, the award for the coldest recorded air temperature on the planet goes to the Russian research station “Vostok” in Antarctica, with a result of -192°F.

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