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Okoro C.
Extended Dirac principle of superposition of evolution of time in non linear quantum processes / Okoro C., Ibeh G., Akpojotor G. - Текст на англ. языке // Физические интерпретации теории относительности, Международная научная конференция 24-я, Москва, 7 - 10 июля 2025 г. = Physical Interpretations of Relativity Theory (PIRT–2025) : сборник тезисов / МГТУ им. Н. Э. Баумана. - М., 2025. -
The Dirac's principle of superposition for evolution of time (DPSET) was developed to restore determinacy in the study of dynamic linear evolution of quantum system. Here we advance the formulation to non-linear dynamics by invoking the quantum noise-extended nonlinear Schrodinger equation into the four motions in time conjecture of the DPSET. We observe that in the resultant non-linear temporal evolution of the wavefunction, the linear DPSET can be recovered from the nonlinear domain in the limit of Rabi oscillations. We then delineate the potential linear and non-linear regimes for the time-reversal symmetry of the measurement problem. In conclusion, we postulate that the non-linear domain provides information for understanding abruptness and strangeness in quantum measurements.
