New Quantum Experiment Proves Reality May Be Subjective
Quantum computers are an important development that can solve both the world of science and our perception of the world and the understanding of the universe of scientists. Scientists also used a quantum computer to solve the perception of reality.
A new study published in Science Advances in September claimed that reality can be subjective. According to the theory in the study, particles can exist in more than one place or situation at the same time. This is called superposition. However, this happens when particles are not observed.
When the quantum system is observed, the specific position or situation is established and thus the superposition is disrupted. In 1961, physicist Eugene Wigner is conducting a thought experiment. He places quantum mechanics in the position of an observer where they observe themselves. When tossing a coin with a quantum coin, in the case of coins and coins, each shot will produce a certain result observed by the shooter.
According to this thought experiment, if someone is outside the room, he will not get a definite result. In other words, according to the theory, the person is put in a room in superposition of all possible results in the experiment. Therefore, the reality perceived by the person inside the room contradicts the reality perceived by the person outside.
Caslav Brukner of the University of Vienna finds a way to translate the ez Winger’s friend ”hypothesis into the real world to prove that reality can be subjective to observers. Brukner conducts his experiment by putting two Wigners and two friends in two separate boxes where their condition is measured inside and outside.