Black Hole Universe: A Surprising Hypothesis We've all heard of black holes, space monsters that swallow everything, even light. But ...
Black Hole Universe: A Surprising Hypothesis
We've all heard of black holes, space monsters that swallow everything, even light. But what if our entire universe exists within one universe? This tempting proposition was put forward by theoretical physicist Nikodem Poplawski.This is not science fiction. It is a legitimate framework that has the potential to unlock the deepest mysteries of cosmology. beyond the event horizon
Traditionally, we think of black holes as destructive forces with a singularity at their center - a point of infinite density where the laws of physics break down. But Poplavsky suggests something different. It relies on an extension of Einstein's general theory of relativity, known as the Einstein-Cartan-Scamas-Kible (ECSK) theory. ECSK theory includes the concept of torsion. Instead of thinking of space-time as a bendable fabric, think of it as a fabric that can be twisted. In this model, strong twisting of the black hole's center prevents singularity formation. Instead, the immense force of gravity causes space-time to "rebound", expanding significantly on the other side of the event horizon. This can form a new, childish universe.
Parent universe and infinite loop
Poplawski's proposal suggests a fascinating chain reaction. Our universe may have been born inside a black hole inside the parent universe. This parent universe probably formed inside another black hole. The concept envisions an endless series of nested universes, the result of stars collapsing and creating black holes inside their predecessors.
Description of the features of our universe
This is where things get more interesting. This model could provide an explanation for some of the strange phenomena we observe in space.
Dark Energy:
The mysterious force driving the universe's accelerated expansion may be a twisting effect inherited from our home universe.
Asymmetry of matter and antimatter:
Matter dominates the universe, with very little antimatter. The twist could be an imbalance within our universe where matter is favored and its counterpart antimatter (dark matter?) becomes dominant elsewhere.
Cosmic rotation:
Our universe exhibits a slight rotation. This may be an imprint of the rotation of the parent black hole from which it originated. Questions keep coming up Of course, amazing ideas lead to amazing questions.
Testability:
How can we prove that we live inside a black hole? Poplawski proposes to look for subtle signs of the genetic rotation of our universe in the cosmic background radiation. Origin: If a black hole gave birth to the universe, where did the first parent universe come from? Free will: Does the potentially infinite chain of parent universes imply a predetermined path, or will the new universe retain sufficient randomness for true free will? edge of knowledge
Poplawski's ideas challenge our fundamental understanding of the universe. It paints a much more complex and impressive picture of reality than we can imagine. Whether or not his hypothesis has stood the test of time, it has certainly expanded the scope of scientific possibility and forced us to confront important questions about existence.
Disclaimer:
It's important to note that this model is still just a guess. But it demonstrates the power of theoretical physics to expand the boundaries of our understanding and stimulate new and creative research methods.
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