A systematic way of generating sets of local boundary conditions on the gauge fields in a path integral is presented. These boundary conditions are suitable for one--loop effective action calculations on manifolds with boundary and for quantum cosmology. For linearised gravity, the general proceedure described here leads to new sets of boundary conditions
The fundamental laws of physics can be derived from the requirement of invariance under suitable cl...
In manifolds with spatial boundary, BRST formalism can be used to quantize gauge theories. We show t...
The formulation of the local BRST cohomology on infinite jet bundles and its relation and reduction ...
Recent work in the literature has proposed the use of non-local boundary conditions in Euclidean qu...
Recent work in the literature has proposed the use of non-local boundary conditions in Euclidean qua...
The boundary-value problem for Laplace-type operators acting on smooth sections of a vector bundle ...
Recent progress in quantum field theory and quantum gravity relies on mixed boundary conditions invo...
Nonlocal boundary conditions for Euclidean quantum gravity have been proposed in the recent literatu...
We develop BRST quantization of gauge theories with a soft gauge algebra on spaces with asymptotic b...
We develop BRST quantization of gauge theories with a soft gauge algebra on spaces with asymptotic b...
We discuss BF theories defined on manifolds with spatial boundaries. Variational arguments show that...
The path integral approach to quantum mechanics provides a method of quantization of dynamical syste...
When quantum fields are studied on manifolds with boundary, the corresponding one-loop quantum theor...
Boundary conditions play a crucial role in the path-integral approach to quantum gravity and quantum...
When quantum supergravity is studied on manifolds with boundary, one may consider local boundary con...
The fundamental laws of physics can be derived from the requirement of invariance under suitable cl...
In manifolds with spatial boundary, BRST formalism can be used to quantize gauge theories. We show t...
The formulation of the local BRST cohomology on infinite jet bundles and its relation and reduction ...
Recent work in the literature has proposed the use of non-local boundary conditions in Euclidean qu...
Recent work in the literature has proposed the use of non-local boundary conditions in Euclidean qua...
The boundary-value problem for Laplace-type operators acting on smooth sections of a vector bundle ...
Recent progress in quantum field theory and quantum gravity relies on mixed boundary conditions invo...
Nonlocal boundary conditions for Euclidean quantum gravity have been proposed in the recent literatu...
We develop BRST quantization of gauge theories with a soft gauge algebra on spaces with asymptotic b...
We develop BRST quantization of gauge theories with a soft gauge algebra on spaces with asymptotic b...
We discuss BF theories defined on manifolds with spatial boundaries. Variational arguments show that...
The path integral approach to quantum mechanics provides a method of quantization of dynamical syste...
When quantum fields are studied on manifolds with boundary, the corresponding one-loop quantum theor...
Boundary conditions play a crucial role in the path-integral approach to quantum gravity and quantum...
When quantum supergravity is studied on manifolds with boundary, one may consider local boundary con...
The fundamental laws of physics can be derived from the requirement of invariance under suitable cl...
In manifolds with spatial boundary, BRST formalism can be used to quantize gauge theories. We show t...
The formulation of the local BRST cohomology on infinite jet bundles and its relation and reduction ...