This paper introduces a new evolutionary system which is uniquely suitable for the description of nonconservative systems in field theories,including quantum mechanics,but is not limited to it only.This paper also int...This paper introduces a new evolutionary system which is uniquely suitable for the description of nonconservative systems in field theories,including quantum mechanics,but is not limited to it only.This paper also introduces a new exact method of solution for such nonconservative systems.These are significant contributions because the vast majority of nonconservative systems with several independent variables donothave self-adjoint Frechet derivatives and because of that cannotbenefit from the exact methods of the classical calculus of variations.The new evolutionary system is rigorously mathematically derived and the new method for solution is mathematically proved to be applicable to systems of PDEs of second order for nonconservative process.As examples of applications,the method is applied to several nonconservative systems:the propagation of electromagnetic fields in a conductive medium,the nonlinear Schrodinger equation with electromagnetic interactions,and others.展开更多
文摘This paper introduces a new evolutionary system which is uniquely suitable for the description of nonconservative systems in field theories,including quantum mechanics,but is not limited to it only.This paper also introduces a new exact method of solution for such nonconservative systems.These are significant contributions because the vast majority of nonconservative systems with several independent variables donothave self-adjoint Frechet derivatives and because of that cannotbenefit from the exact methods of the classical calculus of variations.The new evolutionary system is rigorously mathematically derived and the new method for solution is mathematically proved to be applicable to systems of PDEs of second order for nonconservative process.As examples of applications,the method is applied to several nonconservative systems:the propagation of electromagnetic fields in a conductive medium,the nonlinear Schrodinger equation with electromagnetic interactions,and others.
