Two-Universe Cosmological Model and “Moiré gravity” Proposed in New Study
By laying a curved graphene sheet over another curved sheet, a new pattern is created that changes the way electricity moves through the sheets. Using a new model, similar physics may emerge if two adjacent universes are capable of interacting. Researchers at the University of Maryland observed that the behavior of electricity when two sheets of graphene interact can be interpreted as the physics of two-dimensional universes where electrons occasionally leap between the universes. They used hydrodynamic flows in various materials to simulate astrophysical phenomena. Their hypothesis was that a similar phenomenon would result from moiré patterns in other areas if they generalized the mathematics to universes of any number of dimensions, including our own four-dimensional universe. As a result of this research, scientists have been forced to face one of the main cosmological problems. “We discussed if we can observe moiré physics when two real universes coalesce into one,” Parhi...