A canonical quantization of two-dimensional gravity minimally coupled to real scalar and spinor Majorana fields is presented. The physical state space of the theory is completely described and calculations are also made of the average value of the metric tensor relative to states close to the ground stat
The ADM Formalism is discussed in the context of 2+1--dimensional gravity, uniting two areas of rela...
Établir une théorie de gravité quantique qui décrit de manière cohérente les propriétés quantiques d...
After briefly reviewing the hamiltonian approach to 2+1 dimensional gravity in absence of matter on ...
We consider two-dimensional gravity with dynamical torsion in the Batalin - Vilkovisky and Batalin -...
Precanonical quantization is based on mathematical structures of the De Donder–Weyl Hamiltonization ...
We investigate the gauging of a two-dimensional deformation of the Poincare algebra, which accounts ...
From the point of view of canonical quantum gravity, it has become imperative to find a framework fo...
Loop gravity is a tentative theory to describe what happens at the Planck scale, the scale at which ...
We advocate an alternative description of canonical gravity in 3+1 dimensions, obtained by using as ...
We review and systematize recent attempts to canonically quantize general relativity in 2+1 dimensio...
The present article summarizes the work of the papers \cite{1} dealing with the quantization of pure...
We present a new quantization scheme for 2D gravity coupled to an SU(2) principal chiral field and a...
The method of adiabatic invariants for time dependent Hamiltonians is applied to a massive scalar fi...
Quantization of a massive neutral scalar field without self-interaction defined on a space-time mani...
The mathematical framework for an exact quantization of the two-dimensional coset space #sigma#-mode...
The ADM Formalism is discussed in the context of 2+1--dimensional gravity, uniting two areas of rela...
Établir une théorie de gravité quantique qui décrit de manière cohérente les propriétés quantiques d...
After briefly reviewing the hamiltonian approach to 2+1 dimensional gravity in absence of matter on ...
We consider two-dimensional gravity with dynamical torsion in the Batalin - Vilkovisky and Batalin -...
Precanonical quantization is based on mathematical structures of the De Donder–Weyl Hamiltonization ...
We investigate the gauging of a two-dimensional deformation of the Poincare algebra, which accounts ...
From the point of view of canonical quantum gravity, it has become imperative to find a framework fo...
Loop gravity is a tentative theory to describe what happens at the Planck scale, the scale at which ...
We advocate an alternative description of canonical gravity in 3+1 dimensions, obtained by using as ...
We review and systematize recent attempts to canonically quantize general relativity in 2+1 dimensio...
The present article summarizes the work of the papers \cite{1} dealing with the quantization of pure...
We present a new quantization scheme for 2D gravity coupled to an SU(2) principal chiral field and a...
The method of adiabatic invariants for time dependent Hamiltonians is applied to a massive scalar fi...
Quantization of a massive neutral scalar field without self-interaction defined on a space-time mani...
The mathematical framework for an exact quantization of the two-dimensional coset space #sigma#-mode...
The ADM Formalism is discussed in the context of 2+1--dimensional gravity, uniting two areas of rela...
Établir une théorie de gravité quantique qui décrit de manière cohérente les propriétés quantiques d...
After briefly reviewing the hamiltonian approach to 2+1 dimensional gravity in absence of matter on ...
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