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PART 2: Extended Lagrange and Hamilton Formalisms for Point Mechanics

      https://doi.org/10.1142/9789814578424_0002Cited by:0 (Source: Crossref)
      Abstract:

      The following sections are included:

      • Chapter 4 Extended Lagrange Formalism

        • The extended Lagrangian

        • Extended set of Euler-Lagrange equations

        • Correlation between L and Le

          • Trivial extended Lagrangian

          • Non-trivial extended Lagrangian

        • Noether’s theorem in the extended Lagrangian formalism

        • Excursus: Relativistic path integral with extended Lagrangians

      • Chapter 5 The Extended Hamiltonian in Point Mechanics

        • Extended Hamiltonian from the generalized action functional

        • Extended Hamiltonian as Legendre transform of an extended Lagrangian

        • Extended set of canonical equations

        • Canonical quantization in the extended Hamiltonian formalism

      • Chapter 6 Theory of Extended Canonical Transformations

        • Extended canonical transformations

        • Infinitesimal extended canonical transformations, generalized Noether theorem

        • Conventional Noether theorem

        • Energy-second-moment map

        • Liouville’s theorem in the extended Hamilton description

        • Galilei and Lorentz transformation as extended canonical transformations

          • The Galilei transformation

          • The Lorentz transformation

      • Canonical invariance of extended Poisson brackets

      • Extended Hamilton-Jacobi equation