Complete factorization of equations of motion for generalized scalar field theories
… Abstract –We demonstrate that the complete factorization of equations of motion into first-order
differential equations can be obtained for real and complex scalar field theories with non-canonical
dynamics. … The goal is to generalize the method proposed in [24,25] to a wider class of
scalar field dynamics, ie, to find the first order differential equation through the second order
equation of motion in a general kinematic setup. To do this, we start dealing with the
general framework for real and then for complex scalar field theories, and then end the work …
differential equations can be obtained for real and complex scalar field theories with non-canonical
dynamics. … The goal is to generalize the method proposed in [24,25] to a wider class of
scalar field dynamics, ie, to find the first order differential equation through the second order
equation of motion in a general kinematic setup. To do this, we start dealing with the
general framework for real and then for complex scalar field theories, and then end the work …
We demonstrate that the complete factorization of equations of motion into first-order differential equations can be obtained for real and complex scalar field theories with non-canonical dynamics.
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