London – A study on the effects of synchronization in Quantum world by Prof. Raffaella Burioni and Sandro Wimberger of the Department of Mathematical, Physical and Informatics Sciences of the University of Parma, in collaboration with Jülich’s research center and the Max-Planck Institute for Dynamics and Self-Organization of Gottinga, has been published on Nature Communications. The novelty proposed by the scientists of Parma is to theorize that the synchronization between microscopic particles, for example between the motion of single atoms, results in an enhancement of the same entanglement, a strengthening of that phantom force which governs the behavior of matter in a game of Interweaving between states and disturbances. The most anticipated practical repercussion is in the development of quantum computers that are already based on entanglement between different degrees of freedom and would therefore be enhanced in their computing and prediction performance. (9colonne)
