A review is made of the basic tools used in mathematics to define acalculus for pseudodifferential operators on Riemannian manifolds endowed with aconnection: existence theorem for the function that generalizes the phase; analogueof Taylor’s theorem; torsion and curvature terms in the symbolic calculus; the twokinds of derivative acting on smooth sections of the cotangent bundle of the Riemannianmanifold; the concept of symbol as an equivalence class. Physical motivationsand applications are then outlined, with emphasis on Green functions of quantumfield theory and Parker’s evaluation of Hawking radiation
The analysis of differential equations in domains and on manifolds with singularities belongs to the...
Let X be a smooth compact manifold with boundary. For smooth foliations on the boundary of X admitti...
We consider Fourier integral operators on non-compact manifolds and their applications, in particula...
A review is made of the basic tools used in mathematics to define a calculus for pseudodifferential...
A review is made of the basic tools used in mathematics to define a calculus for pseudodifferential...
Differential and pseudo-differential operators on a manifold with (regular) geometric singularities ...
Differential and pseudo-differential operators on a manifold with (regular) geometric singularities ...
Abstract. For an arbitrary Riemannian manifold X and Hermitian vector bundles E and F over X we defi...
We present various different approaches to constructing algebras of pseudodifferential operators ada...
A technique used in the theory of partial differential equations with applications to quantum mechan...
Abstract. In recent years the analysis of (pseudo-)differential operators on manifolds with second a...
We present various different approaches to constructing algebras of pseudodifferential operators ada...
Following Getzler’s idea from the geometric viewpoint as to symbol calculus on a spin manifold, we i...
For an arbitrary Riemannian manifold X and Hermitian vector bundles E and F over X we de ne the noti...
. For an arbitrary Riemannian manifold X and Hermitian vector bundles E and F over X we define the n...
The analysis of differential equations in domains and on manifolds with singularities belongs to the...
Let X be a smooth compact manifold with boundary. For smooth foliations on the boundary of X admitti...
We consider Fourier integral operators on non-compact manifolds and their applications, in particula...
A review is made of the basic tools used in mathematics to define a calculus for pseudodifferential...
A review is made of the basic tools used in mathematics to define a calculus for pseudodifferential...
Differential and pseudo-differential operators on a manifold with (regular) geometric singularities ...
Differential and pseudo-differential operators on a manifold with (regular) geometric singularities ...
Abstract. For an arbitrary Riemannian manifold X and Hermitian vector bundles E and F over X we defi...
We present various different approaches to constructing algebras of pseudodifferential operators ada...
A technique used in the theory of partial differential equations with applications to quantum mechan...
Abstract. In recent years the analysis of (pseudo-)differential operators on manifolds with second a...
We present various different approaches to constructing algebras of pseudodifferential operators ada...
Following Getzler’s idea from the geometric viewpoint as to symbol calculus on a spin manifold, we i...
For an arbitrary Riemannian manifold X and Hermitian vector bundles E and F over X we de ne the noti...
. For an arbitrary Riemannian manifold X and Hermitian vector bundles E and F over X we define the n...
The analysis of differential equations in domains and on manifolds with singularities belongs to the...
Let X be a smooth compact manifold with boundary. For smooth foliations on the boundary of X admitti...
We consider Fourier integral operators on non-compact manifolds and their applications, in particula...