TY - GEN
A1 - Gevorkyan Ashot
N2 - We obtained the system of stochastic differential equations, which describes the classical motion of the three-body system under influence of quantum fluctuations. Using SDEs, for the joint probability distribution of the total momentum of bodies system were obtained the partial differential equation of the second order. It is shown that the equation for the probability distribution is solved jointly by classical equations, which in turn are responsible for the topological peculiarities of tubes of quantum currents, transitions between asymptotic channels and, respectively for arising of quantum chaos.
L1 - http://noad.sci.am/Content/135874/Abstracts+of+Batumi+Conference-2016.pdf
L2 - http://noad.sci.am/Content/135874
T1 - Poincare Conjecture, Classical Nonintegrability andQuantum Chaos on the Example of 3 Bodies
UR - http://noad.sci.am/dlibra/docmetadata?id=135874
ER -