The many-worlds interpretation is a quantum theory which states that the universe splits into multiple universes, or “worlds,” whenever a quantum event happens. In other words, each possible outcome of a quantum event is realized in a different universe. This theory has been proposed as a way to explain the apparent randomness of the quantum world.
The simulated universe theory is a hypothesis that suggests that our universe is a simulated computer program created by an advanced civilization. It proposes that our universe exists within a simulated reality, and that the laws of physics and behavior of elements are determined by a higher power. The idea has been suggested by several prominent physicists, including Stephen Hawking, Neil deGrasse Tyson, and others.
In the simulated universe theory, one of the implications is that our universe may be composed of particles, or “qubits,” that are arranged in certain patterns. These patterns are determined by the programming of the simulation, and they dictate the behavior of the elements in the universe. This means that the behavior of the elements in our universe could be predetermined, and influenced by the simulations’ creators.
Both the many-worlds interpretation and the simulated universe theory offer an explanation for the apparent randomness of the quantum world. The many-worlds interpretation suggests that each quantum event has multiple outcomes, and each outcome is realized in a different universe. The simulated universe theory suggests that our universe is a simulated program, and that the behavior of the elements is determined by the programming.
