It is shown that canonical transformations for field variables in hamiltonian partial differential equations can be obtained from generating functionals in the same way as classical canonical transformations from generating functions. A simple proof of the relation between infinitesimal invariant transformations and constants of the motion is obtained. The formalism is extended to cover finite and nonlocal transformations of the spatial variables
We develop a theory of canonical transformations for presymplectic systems, reducing this concept to...
We develop a theory of canonical transformations for presymplectic systems, reducing this concept to...
The first integrals of the equation of motion by using elements of nonlinear functional analysis was...
It is shown that canonical transformations for field variables in hamiltonian partial differential e...
It is shown that canonical transformations for field variables in hamiltonian partial differential e...
It is shown that canonical transformations for field variables in hamiltonian partial differential e...
It is shown that canonical transformations for field variables in hamiltonian partial differential e...
Starting from the infinitesimal point of view, the need to enlarge the Hamiltonian principle for Ham...
In classical mechanics, we can describe the dynamics of a given system using either the Lagrangian f...
We study some properties of the canonical transformations in classical mechanics and quantum field t...
We study some properties of the canonical transformations in classical mechanics and quantum field t...
We study some properties of the canonical transformations in classical mechanics and quantum field t...
In this paper, the canonicalization of constrained Hamiltonian system is discussed. Because the cons...
The global theory of generating functions of canonical transformations is developed. Utilizing metho...
Canonical transformation in a three-dimensional phase-space endowed with Nambu bracket is discussed ...
We develop a theory of canonical transformations for presymplectic systems, reducing this concept to...
We develop a theory of canonical transformations for presymplectic systems, reducing this concept to...
The first integrals of the equation of motion by using elements of nonlinear functional analysis was...
It is shown that canonical transformations for field variables in hamiltonian partial differential e...
It is shown that canonical transformations for field variables in hamiltonian partial differential e...
It is shown that canonical transformations for field variables in hamiltonian partial differential e...
It is shown that canonical transformations for field variables in hamiltonian partial differential e...
Starting from the infinitesimal point of view, the need to enlarge the Hamiltonian principle for Ham...
In classical mechanics, we can describe the dynamics of a given system using either the Lagrangian f...
We study some properties of the canonical transformations in classical mechanics and quantum field t...
We study some properties of the canonical transformations in classical mechanics and quantum field t...
We study some properties of the canonical transformations in classical mechanics and quantum field t...
In this paper, the canonicalization of constrained Hamiltonian system is discussed. Because the cons...
The global theory of generating functions of canonical transformations is developed. Utilizing metho...
Canonical transformation in a three-dimensional phase-space endowed with Nambu bracket is discussed ...
We develop a theory of canonical transformations for presymplectic systems, reducing this concept to...
We develop a theory of canonical transformations for presymplectic systems, reducing this concept to...
The first integrals of the equation of motion by using elements of nonlinear functional analysis was...