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  1. Aleksandr Lyapunov - Wikipedia

    Lyapunov is known for his development of the stability theory of a dynamical system, as well as for his many contributions to mathematical physics and probability theory.

  2. Aleksandr Mikhailovich Lyapunov (1857 - 1918) - Biography

    Aleksandr Lyapunov was a Russian mathematician best known for his development of the stability theory of a dynamical system. He also made contributions to mathematical physics and …

  3. Lyapunov theory Lyapunov theory is used to make conclusions about trajectories of a system ̇x = f (x) (e.g., G.A.S.) without finding the trajectories (i.e., solving the differential equation) typical …

  4. Lyapunov Stability The stability of solutions to ODEs was first put on a sound mathematical footing by Lya-punov circa 1890. This theory still dominates modern notions of stability, and …

  5. Ch. 9 - Lyapunov Analysis

    While we can use the Lyapunov method for linear systems to initialize quadratic Lyapunov functions, the ability to search for the parameters of the Lyapunov functions really shines when …

  6. Lyapunov Function -- from Wolfram MathWorld

    Dec 3, 2025 · A Lyapunov function is a scalar function V (y) defined on a region D that is continuous, positive definite, V (y)>0 for all y!=0), and has continuous first-order partial …

  7. 34 Facts About Lyapunov

    Mar 18, 2025 · Lyapunov was a Russian mathematician and physicist known for his groundbreaking work in stability theory and dynamical systems. Born in 1857, he made …

  8. From 1870 to 1876 Lyapunov together with his friend Andrei Markov (1856-1922) attended the gymnasium in Nizhny-Novgorod. Lyapunov and Markov then studied at the University of St. …

  9. Lyapunov, Aleksandr Mikhailovich

    Aleksandr Lyapunov was a Russian mathematician best known for his development of the stability theory of a dynamical system. He also made contributions to mathematical physics and …

  10. Aleksandr Mikhailovich Lyapunov - Scientific Lib

    Lyapunov developed many important approximative methods. His methods, today named Lyapunov methods, which he developed in 1899, make it possible to define the stability of sets …