The Plateau problem for the prescribed mean curvature equation
The Plateau-Douglas problem for nonorientable minimal surfaces.
The Poincaré-Lelong equation on complete Kähler manifolds
The Poisson boundary for rank one manifolds and their compact lattices.
The Poisson formula for groups with hyperbolic properties.
The Poisson transform for higher order differential operators
The polar curve of a foliation on
We study some properties of the polar curve associated to a singular holomorphic foliation on the complex projective plane . We prove that, for a generic center , the curve is irreducible and its singular points are exactly the singular points of with vanishing linear part. We also obtain upper bounds for the algebraic multiplicities of the singularities of and for its number of radial singularities.
The polar moment of inertia of the projection curve.
The positive mass theorem for ALE manifolds
We show what extra condition is necessary to be able to use the positive mass argument of Witten [12] on an asymptotically locally euclidean manifold. Specifically we show that the 'generalized positive action conjecture' holds if one assumes that the signature of the manifold has the correct value.
The prescribed mean curvature equation for a revolution surface with Dirichlet condition.
The principal prolongation of first order -structures
The author uses the concept of the first principal prolongation of an arbitrary principal filter bundle to develop an alternative procedure for constructing the prolongations of a class of the first-order -structures. The motivation comes from the almost Hermitian structures, which can be defined either as standard first-order structures, or higher-order structures, but if they do not admit a torsion-free connection, the classical constructions fail in general.
The problem of regular isometric embeddings and the Monge-Ampère equation of hyperbolic type
The product formula for the spherical functions on symmetric spaces of noncompact type.
The projective interpretation of the eight 3-dimensional homogeneous geometries.
The Projectivization of Conformal Models of Fibrations Determined by the Algebra of Quaternions
Our aim is to study the principal bundles determined by the algebra of quaternions in the projective model. The projectivization of the conformal model of the Hopf fibration is considered as example.
The proportionality constant for the simplicial volume of locally symmetric spaces
We follow ideas going back to Gromov's seminal article [Publ. Math. IHES 56 (1982)] to show that the proportionality constant relating the simplicial volume and the volume of a closed, oriented, locally symmetric space M = Γ∖G/K of noncompact type is equal to the Gromov norm of the volume form in the continuous cohomology of G. The proportionality constant thus becomes easier to compute. Furthermore, this method also gives a simple proof of the proportionality principle for arbitrary manifolds.
The (psi,xi,eta,g) Subspaces of the Space with the Phi(4,-2) Structure
The p-spectrum of the Laplacian on compact hyperbolic three manifolds.
The push-out space of immersed spheres.
The quantization conjecture revisited.