The concept of Quantum Fluctuation is a fundamental aspect of parallel universes theory. It's the idea that every time a particle interacts with another particle, there's a tiny chance that the universe splits into multiple parallel universes, each with a slightly different outcome.
Imagine it like a cosmic game of chance, where every decision, every action, and every event creates a new universe, each with its own unique version of reality.
We'll explore the concept of Quantum Fluctuation further, delving into its implications on our understanding of time, space, and the fabric of reality itself.
But first, let's get started with the basics.
What is Quantum Fluctuation?
Quantum Fluctuation is a phenomenon where the probability of a certain event occurring is not fixed, but rather fluctuates between different outcomes. This means that every time a particle interacts with another particle, the probability of a certain outcome is altered, creating a new universe.
For example, imagine a coin toss. In our universe, the outcome is either heads or tails. But in a parallel universe, the outcome might be heads, tails, or even a third option, like "both"!
These fluctuations are thought to occur at the quantum level, where particles are constantly interacting and changing the probability of events.