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Our Universe Will Dissipate, Stephen Hawking Was Righ?

You know how a cup of hot tea progressively cools down if you leave it out? What if the entire universe did that, but the focus was on black holes rather than tea? The brilliant physicist Stephen Hawking predicted that black holes will eventually collapse. However, when they disappear, they will emit something known as Hawking radiation, which will act as a great cosmic finale. So, ultimately, the universe as we know it will vanish, leaving us with a perplexing conundrum to contemplate over cosmic donuts and coffee.

By Nora ArianaPublished 10 months ago 3 min read

According to quantum field theory, there are tiny vibrations in empty space that, if given enough energy, can transform into virtual particles. These virtual particles can then produce packets of light called photons with low energy. However, every black hole has an event horizon, which is a point of no return beyond which nothing, not even light, can escape.In addition, there is an incredibly strong gravitational field around every black hole.Most of the time, black holes have an accretion disk, which is a swirling disc of material that surrounds them and allows them to survive by consuming the gas and stars that are around them.

Brightly as everything that gets too close to an event horizon gets heated up and torn apart before the black hole swallows it all,as material gets closer it starts to travel and move faster and faster going all around the black hole this causes the accretion disc to glow and at the same time outlines the shadow of the black hole which is essentially the very Event Horizon we're talking about black holes might even want to hide but they do so awfully badly according to research.

Stephen Hawking proposed that black holes release energy in the form of thermal energy or heat that is known as Hawking radiation and that this radiation doesn't carry any information,and that if these particles find a way to escape a black hole they steal some of its energy and because of these thieves the black hole loses its energy over time until it eventually completely disappears.

According to Hawking, all of this information isn't really lost but is instead stored in a cloud of all those Zero Energy particles that surround the black hole,which he called "soft hair.Now,there's a new study of this paradox, which contradicts the claims of quantum mechanics that the information can't be destroyed. This conflict is something we call the Hawking information paradox.

It's possible that Hawking radiation is non-thermal and that the black hole sends out a message in the form of radiation that contains vital information about the black hole's past, the stars that formed it,and other details we previously believed to have been lost forever.This message is like a secret code that reveals the black hole's history.But let's get back to Hawking's Theory,which states that a black hole can eventually disappear.

It claims that any object with enough mass can produce Hawking radiation,not just black holes.This phenomenon is known as the Schwinger effect.2.They applied this concept to Hawking's theory of black hole radiation and discovered that the radiation Hawking predicted could actually be created in places with different levels of gravity, not just around black holes.The key is that when there are massive objects like stars or planets they create a curving effect on space and time this curving is there because of their strong gravities.
If this is true,then the energy of everything in the universe will gradually be drained away in the form of light particles,which means that everyone and everything, including sta,will eventually disappear.If this is true,then somewhere around that creates the curving of space that can make you feel like you're in that Twisted space and it can create radiation similar to what happens near black holes

This sounds terrifying at first, but even if this theory is correct, it won't happen anytime soon because it would take a supermassive black hole much longer than the universe's current age to completely vanish.Therefore,in terms of how we measure time,black holes are essentially eternal,and stars may last even longer because many black holes form as a result of giant stars collapsing into themselves.

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    Nora ArianaWritten by Nora Ariana

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