Anomalously slow cross symmetry phase relaxation, thermalized non-equilibrated matter and quantum computing beyond the quantum chaos border (Q2495180)

A question of interest in interacting many-body systems, is whether phase relations and correlations between these individually ergodic, spatially extended, many-body states in the superposition may preserve the memory of the way in which the system was excited. Due to lack of computational resource, theoretical approaches to answering this question must be discarded, and on the contrary one must rely heavily on experiments and data analysis, and the paper is written in this way of thought. One illustrates the experimental manifestation of thermalized non-equilibrated matter in Bi\((\gamma,p)\) evaporation processes, then one determines the cross symmetry phase relaxation width, and lastly one make some suggestions about quantum computing far beyond the quantum chaos boarder