This article presents an analysis of the constraints of the Jackiw-Teitelboim model in two
dimensions via the canonical analysis using the Dirac algorithm and modified Faddeev …

A detailed Faddeev–Jackiw quantization of an Abelian and non-Abelian exotic action for
gravity in three dimensions is performed. We obtain for the theories under study the …

A detailed Hamiltonian analysis for a five-dimensional Stüeckelberg theory with a compact
dimension is performed. First, we develop a pure Dirac's analysis of the theory; we show that …

A bstract A pure Dirac's framework for 3D Palatini's theory with cosmological constant is
performed. By considering the complete phase space, we find out the full structure of the …

A detailed Dirac and Faddeev–Jackiw formulation of Bonzom–Livine model describing
gravity in three dimensions is performed. The full structure of the constraints, the gauge …

The symplectic analysis of a four dimensional BF theory in the context of the Faddeev–
Jackiw symplectic approach is performed. It is shown that this method is more economical …

By using the Hamilton-Jacobi (HJ) framework the three-dimensional Palatini theory plus a
Chern-Simons term (PCS) is analyzed. We report the complete set of HJ Hamiltonians and a …

By using the canonical and symplectic approaches an (nonstandard) alternative action
describing linearized gravity is studied. We identify the complete set of Dirac's constraints …

Abstract The Hamilton–Jacobi analysis of three-dimensional gravity defined in terms of
Ashtekar-like variables is performed. We report a detailed analysis where the complete set …

In this paper a detailed Hamiltonian analysis of three-dimensional gravity without dynamics
proposed by V. Hussain is performed. We report the complete structure of the constraints …