We compute cohomology spaces of Lie algebras that describe differential invariants of third order ordinary differential equations. We prove that the algebra of all differential invariants is generated by 2 tensorial invariants of order 2, one invariant of order 3 and one invariant of order 4. The main computational tool is a Serre-Hochschild spectral sequence and the representation theory of semisimple Lie algebras. We compute differential invariants up to degree 2 as application
In order to apply Lie's symmetry theory for solving a differential equation it must be possible to i...
We present here, in compact form, the necessary and sufficient conditions for linearization of third...
The equivalence problem for systems of second-order differential equations under point transformatio...
We compute cohomology spaces of Lie algebras that describe differential invariants of third order o...
In this work the generalized Lie problem for the thirdorder ODEs $y'''=F(x,y)$ is studied. Symmetry ...
There are many routines developed for solving ordinary differential Equations (ODEs) of different ty...
We compute the characteristic Cartan connection associated with a system of third order ODEs. Our co...
Several classes of second-order ordinary differential equations are characterized intrinsically by m...
The Cartan equivalence method is used to deduce an invariant characterization of the scalar third-or...
The Cartan equivalence method is applied to provide an invariant characterization of the third-order...
Cartan's method of equivalence is used to prove that there exists two fundamental tensorial invarian...
Several classes of second-order ordinary differential equations are characterized intrin-sically by ...
© 2016, Pleiades Publishing, Ltd.Laplace invariants are constructed and the constitutive equations a...
The relationship between first integrals of submaximal linearizable third-order ordinary differentia...
This project is about dynamical systems with symmetries. A dynamical system defines a vector field o...
In order to apply Lie's symmetry theory for solving a differential equation it must be possible to i...
We present here, in compact form, the necessary and sufficient conditions for linearization of third...
The equivalence problem for systems of second-order differential equations under point transformatio...
We compute cohomology spaces of Lie algebras that describe differential invariants of third order o...
In this work the generalized Lie problem for the thirdorder ODEs $y'''=F(x,y)$ is studied. Symmetry ...
There are many routines developed for solving ordinary differential Equations (ODEs) of different ty...
We compute the characteristic Cartan connection associated with a system of third order ODEs. Our co...
Several classes of second-order ordinary differential equations are characterized intrinsically by m...
The Cartan equivalence method is used to deduce an invariant characterization of the scalar third-or...
The Cartan equivalence method is applied to provide an invariant characterization of the third-order...
Cartan's method of equivalence is used to prove that there exists two fundamental tensorial invarian...
Several classes of second-order ordinary differential equations are characterized intrin-sically by ...
© 2016, Pleiades Publishing, Ltd.Laplace invariants are constructed and the constitutive equations a...
The relationship between first integrals of submaximal linearizable third-order ordinary differentia...
This project is about dynamical systems with symmetries. A dynamical system defines a vector field o...
In order to apply Lie's symmetry theory for solving a differential equation it must be possible to i...
We present here, in compact form, the necessary and sufficient conditions for linearization of third...
The equivalence problem for systems of second-order differential equations under point transformatio...