Poisson brackets that are spacetime covariant are presented for a variety of relativistic field theories. These theories include electromagnetism, general relativity, and general relativistic fluids and plasmas in Eulerian representation. The examples presented suggest the development of a general theory; the beginnings of such a theory are presented. Our covariant bracket formalism provides a general setting for, amongst other things, clarifying the transition from the covariant formalism to the dynamical 3 + 1 Hamiltonian formalism of Dirac and Arnowitt, Deser, and Misner. We illustrate the relevant procedures with electromagnetism
A covariant action principle for ideal relativistic magnetohydrodynamics in terms of natural Euleria...
We derive the Hamiltonian structures of three theories: non-relativistic, special-relativistic, and ...
this paper.) In Part I we develop some of the basic theory of classical fields from a spacetime cov...
Poisson brackets that are spacetime covariant are presented for a variety of relativistic field theo...
Poisson brackets that are spacetime covariant are presented for a variety of relativistic field theo...
We review in simple terms the covariant approaches to the canonical formulation of classical relativ...
Abstract. Classical Poisson Bracket is extended to the four dimensional space - time formalism in Sp...
Abstract. Classical Poisson Bracket is extended to the four dimensional space - time formalism in Sp...
Abstract. Classical Poisson Bracket is extended to the four dimensional space - time formalism in Sp...
In a gauge theory, one can define the Poisson brackets of gauge-invariant functions ("observables") ...
Abstract. Classical Poisson Bracket is extended to the four dimensional space - time formalism in Sp...
Abstract. Classical Poisson Bracket is extended to the four dimensional space - time formalism in Sp...
Abstract. Classical Poisson Bracket is extended to the four dimensional space - time formalism in Sp...
Abstract. Classical Poisson Bracket is extended to the four dimensional space - time formalism in Sp...
Abstract. Classical Poisson Bracket is extended to the four dimensional space - time formalism in Sp...
A covariant action principle for ideal relativistic magnetohydrodynamics in terms of natural Euleria...
We derive the Hamiltonian structures of three theories: non-relativistic, special-relativistic, and ...
this paper.) In Part I we develop some of the basic theory of classical fields from a spacetime cov...
Poisson brackets that are spacetime covariant are presented for a variety of relativistic field theo...
Poisson brackets that are spacetime covariant are presented for a variety of relativistic field theo...
We review in simple terms the covariant approaches to the canonical formulation of classical relativ...
Abstract. Classical Poisson Bracket is extended to the four dimensional space - time formalism in Sp...
Abstract. Classical Poisson Bracket is extended to the four dimensional space - time formalism in Sp...
Abstract. Classical Poisson Bracket is extended to the four dimensional space - time formalism in Sp...
In a gauge theory, one can define the Poisson brackets of gauge-invariant functions ("observables") ...
Abstract. Classical Poisson Bracket is extended to the four dimensional space - time formalism in Sp...
Abstract. Classical Poisson Bracket is extended to the four dimensional space - time formalism in Sp...
Abstract. Classical Poisson Bracket is extended to the four dimensional space - time formalism in Sp...
Abstract. Classical Poisson Bracket is extended to the four dimensional space - time formalism in Sp...
Abstract. Classical Poisson Bracket is extended to the four dimensional space - time formalism in Sp...
A covariant action principle for ideal relativistic magnetohydrodynamics in terms of natural Euleria...
We derive the Hamiltonian structures of three theories: non-relativistic, special-relativistic, and ...
this paper.) In Part I we develop some of the basic theory of classical fields from a spacetime cov...