Stephen Hawking and the Universe Doomed to Evaporate

Researchers at Radboud University in the Netherlands estimated the black hole evaporation estimate, It was proposed by physicist Stephen Hawking and predicted that the entire universe would eventually evaporate.. The study was published in the journal Physical Review Letters.

Black holes are famous but still poorly understood. There are several theories about its functioning, lifespan, and disappearance by evaporation.

The theory proposed by Stephen Hawking (1974-2018) says that black holes gradually lose their energy through a type of dark-body radiation called Hawking radiation.

This radiation is believed to be produced due to quantum effects occurring at the event horizon, producing thermal energy that slowly dissipates the black hole.

But researchers at Radboud University went further and wondered if the same would happen to other bodies and objects in the universe even without an event horizon.

Combining Hawking’s theory with Einstein’s theory of space-time curvature, the researchers analyzed the possibility of spontaneously creating electron pairs in these pockets, a quantum effect known as Schwinger.

The researchers predict that the interaction between charges induced by gravitational gravitational forces will cause the interaction between particles to generate hawk radiation, even without the event horizon.

Analyzing the data, the scientists observed that Hawking’s theory could be predicted to other celestial bodies and objects, since an event horizon would not be needed to produce thermal radiation that affects black holes’ durability.

Also produced by gravity tugs, this radiation can be produced on any object in the universe and put an evaporative end to the cosmos..

But the research is not a doomsday letter, it’s a new theory. In addition to the laws of classical physics, there are several quantum events that occur in these processes. Therefore, the unity of theories is not a simple and final task.

Therefore, the researchers will continue their work and hope to better understand how this new theory works.