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Solving the Riccati Equation
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abstract
In this study, the Riccati equation is resolved using the generalized recursive integrating factor method. By applying a non-linear transformation to the dependent variable $y(x)$ of the Riccati equation, a second-order linear differential equation is derived for a variable $u(x)$ that is related to $y(x)$ through the aforementioned transformation. The second-order differential equation is then addressed using the aforementioned integrating factors method to derive the general solution for $u(x)$, which is subsequently transformed back to obtain the general solution for $y(x)$, thereby resolving the Riccati equation. The general solution to the Riccati equation is presented, followed by solving a few illustrative application examples.
Forward citations
Cited by 1 Pith paper
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Generation and purification of excited spacetimes using Schwarzian derivative
Constant-Schwarzian ODEs classify conformal maps that create, purify, or preserve thermal left/right fluxes for a 2D massless scalar, recovering Rindler and many siblings.
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