Multiple Universes

For the universe, due to its role, I think that everyone understands at least in part how serious blur around quantum mechanics is understood. Essentially, as with light, electrons can be thought of as attributable to the quality of the wave, where they indicate the type of diffraction pattern caused by the mutual interference of electrons, so that at least microscopically the material is a wave It is assumed to work as (1). Therefore, electrons do not obey the static pattern and seem to dynamically interact with the world in a more probable way.

Science fiction author Jack Williamson first proposed several concepts of the universe in 1952. It inspired physicist Hugh Everett who wrote his doctoral dissertation on several universes in 1957. According to his model, each event produced a lot of universe in which all possible outcomes of this event occurred.

People building quantum computers do not need to believe in multiple universes. However, they face problems dealing with these quantum qubits. It is easily described as multiple universes. Otherwise, no one can explain their position. If you are David Deutsch, he is one of the founders of quantum computing science, you will see this, you will say that this proves that Everett 's theory is correct. Indeed, David Deutsche says that quantum mechanics itself proves the existence of several universes. However, he thinks about these universes in a more complicated way than Everett.

Quantum mechanics dominates the tiny world of elementary particles, which suggests another way that multiple universes may emerge. Quantum mechanics explains the world using probabilities rather than results. And the mathematics of this theory may indicate that all possible outcomes of the situation occur - in their own independent universe. For example, when you reach the intersection where you can move to the right or left, the current universe will produce the two daughter universe.