Periodic and constant solutions of matrix Riccati differential equations: n — 2. Proc. Roy. Sur 1’equation differentielle matricielle de type Riccati. Bull. Math. The qualitative study of second order linear equations originated in the classic paper . for a history of the Riccati transformation. Differentielle. (Q(t),’)’. VESSIOT, E.: “Sur quelques equations diffeYentielles ordinaires du second ordre .” Annales de (3) “Sur l’equation differentielle de Riccati du second ordre.

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Help Center Find new research papers in: Suslov, The Cauchy problem for a forced harmonic oscillatorPreprint arXiv: Persistent cookies are stored on your hard disk and have a pre-defined expiry date.

For example, at loot. This page was last edited on 29 Octoberat Theory and Applications A. Let’s connect Contact Details Facebook Twitter. For example, if one solution of a 2nd order ODE is eqution, then it is known that another solution can be obtained by quadrature, i.

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Now, we study the integrability, in Galoisian sense, of this equation through Kovacic Algorithm. We consider the differential Galois theory in the context of second order linear eqaution equations.

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In this case the ODEs are in the complex domain and differentiation is with respect to a complex variable. Enter the email address you signed up with and we’ll email you a reset link. Although there are a plenty of papers concerning to explicit solutions and harmonic oscilla- tor see [12]we recall that differential Galois theory can provide the Liou- villian solutions of characteristic equations without previous knowledge of such equations.


Sometimes, we also use a cookie to keep track of your trolley contents. Galoisian Approach to Propagators In this section we apply the Picard-Vessiot theory in the context of propagators. Suslov, Models of damped oscillators in quantum mechanics, Journal of Physical Mathematics 1S 16 pages. This paper is equayion in the following way: Toy models dd propagators inspired by integrable Riccati equations and integrable characteristic equations are also presented.

Pandey, Exact quantum theory of a time-dependent bound Hamiltonian systems Phys.

Suslov, Dynamical invariants for variable quadratic Hamiltonians, Physica Scripta 81 5, 11 pp ; see also Preprint arXiv: When the expiry date is reached your computer deletes the cookie.

Skip to main content. Toy models inspired by integrable Riccati equations.

Histoire des équations

As in [32], we obtain three conditions for n to get virtual solv- ability of the differential Galois group. Further, the following asymptotics hold: Consider now the following forms associated to any second order differential equation ode and Riccati equation: Dofferentielle non-linear Riccati equation can always be reduced to a second order linear ordinary differential equation ODE: This doesn’t mean that anyone who uses your computer can access your account information as we separate association what the cookie provides from authentication.


Cookies are little nuggets of information that web servers store on your computer to make it easier for them to keep track of your browsing session. The fact that in quan- tum electrodynamics the electromagnetic field can be represented as a set of forced harmonic oscillators makes quadratic Hamiltonians of special interest [7, 8, 11, 14, 35, 39].

Riccati equation – Wikipedia

In this way, we can give a Galoisian for- mulation for this kind of integrability. The problem with Maple is that the answers can have complicated expressions that should be trans- formed into more suitable and readable expressions.

Moreover, diffrrentielle applications to mathematical physics can be found in [1, 3, 27, 28, 32]. Primary 81Q05; Secondary 12H From Wikipedia, the free encyclopedia. Ko- vacic in [17] and Hamiltonian Algebrization developed by the first author in [1, 3]. The Hamiltonian 2 had also been considered by Angelow and Trifonov [4, 5] in order to describe the light propagation in a nonlinear anisotropic waveguide.