New theory suggest our Universe is expanding due to merging with Baby Universes
The idea of the universe expanding through the absorption of "baby" parallel universes presents an intriguing and thought-provoking perspective on the nature of cosmic expansion.
The universe is a vast and complex entity that encompasses everything, including all matter, energy, planets, stars, galaxies, and even the space between them. It is a subject of great interest and study for all mankind in search for understanding.
A new theoretical study suggests that our universe may be expanding due to merging with “baby universes.” According to this theory, our universe is not alone in the cosmos but is constantly colliding with and absorbing smaller “baby universes.” This process could explain why the universe is expanding at an accelerating rate.
The concept of “baby universes” is part of the multiverse theory, which proposes the existence of multiple universes with different physical laws and constants. In this context, “baby universes” are smaller universes that may have formed within or alongside our own universe. It suggests that our universe may be expanding due to collisions with and absorption of smaller “baby” parallel universes. This hypothesis challenges traditional explanations and offers a fresh perspective on the dynamics of the universe’s expansion.
The idea that our universe is merging with these smaller universes could provide an alternative explanation for the observed accelerating expansion of the universe, which is currently attributed to dark energy.
The main findings of this study propose that the accelerated expansion of our universe, attributed to the mysterious dark energy, might have a simple intuitive explanation: the merging with so-called baby universes. This model is suggested to potentially fit the data better than the standard cosmological model.
A video on the theory
The study speculates that after being absorbed, our universe continued to collide with and incorporate other baby universes, leading to its continued expansion. This theory challenges existing models and opens new avenues for exploring the intricate dynamics of our universe’s evolution.
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