Sobolev Inequalities for Differential Forms and -cohomology
arXiv:math/0506065 · doi:10.1007/BF02922133
Abstract
We study the relation between Sobolev inequalities for differential forms on a Riemannian manifold and the -cohomology of that manifold. The -cohomology of is defined to be the quotient of the space of closed differential forms in modulo the exact forms which are exterior differentials of forms in .
This paper has appeared in the Journal of Geometric Analysis, (only minor changes have been made since verion 1)
Cited by in corpus (11)
- Spectral density and Sobolev inequalities for pure and mixed states
- Sharp cohomological bound for uniformly quasiregularly elliptic manifolds
- Uniform cohomological expansion of uniformly quasiregular mappings
- On the coupling between an ideal fluid and immersed particles
- The connectivity at infinity of a manifold and -Sobolev inequalities
- The Hölder-Poincaré Duality for -cohomology
- A pullback functor for reduced and unreduced -cohomology
- Conformally formal manifolds and the uniformly quasiregular non-ellipticity of
- Note on explicit proof of Poincare inequality for differential forms on manifolds
- An alternative proof of a rigidity theorem for the sharp Sobolev constant
- Around a Sobolev-Orlicz inequality for operators of given spectral density