Talking about the coldest temperature possible is quite simple. Because the coldest temperature is absolute zero, most people will know that movement causes friction, which further causes heat. So for an absolute zero condition, there should be no sought of action at all. Absolute zero temperature is -459.67 degrees Fahrenheit. But, is there an absolute hot temperature?
What’s the hottest temperature possible?
Well, things aren’t as simple when it comes to finding an absolute hot temperature. Stopping all movement is one thing, but how can we measure the maximum flow? How can we use energy up to infinity? In theory, this might be possible.
It seems like the hottest temperature possible known to humans is 1032K or 142 nonillion kelvins. This is the highest temperature, according to the particle physics standard model.
If you’re wondering, what the number142 nonillion looks like; 142,000,000,000,000,000,000,000,000,000,000 well this is what it looks like, and it’s a significant number.
This temperature can only reach when particles achieve thermal equilibrium and achieve the maximum temperature; the universe would have to reach thermal stability.
The closest that scientists believe we ever came close to this temperature is just after the Big Bang happened.
We believe that the moment, which just occurred after the beginning of our universe, is the possibly hottest moment in the world. It says the hottest temperature in the universe can only be reached when something like a big bang theory happens.
The hottest temperature ever reached on earth was at the Large Hadron Collider. When there were gold particles smashed together, at that time, the temperature reached 7.2 trillion degrees Fahrenheit for a split second. That’s the hottest temperature ever reached on earth, and it was warmer than a supernova explosion.
We hope this article answered some of your doubts, and you enjoyed reading through. For more such wonderful pieces of information, stay tuned!