Conformal measures associated to ends of hyperbolic n-manifolds
Conformal measures associated to ends of hyperbolic n-manifolds
Let G be a non-elementary Kleinian group acting on the closed
n-dimensional unit ball and assume that its Poincare
series converges at the exponent a. Let M be the
G-quotient of the open unit ball.
We consider certain families E={e1, ..., ep} of open subsets
of M such that the complement of the union of e1, ..., ep in M is compact. The sets e1, ..., ep are the ends of M and E is
a complete collection of ends for M.
We associate to each end e in E an a-conformal measure such that the
measures corresponding to
different ends are mutually singular if non-trivial. Additionally, each a-conformal
measure for G on its limit set
can be written as a sum of such conformal
measures associated to ends e in E. In dimension 3, our results
overlap with some results of Bishop and Jones.
1-15
Anderson, James W.
739c0e33-ef61-4502-a675-575d08ee1a98
Falk, Kurt
42ccda05-d800-4423-aaf3-a0e4f1f0bd13
Tukia, Pekka
97737653-8a0a-495e-be04-92f2d42f5257
March 2007
Anderson, James W.
739c0e33-ef61-4502-a675-575d08ee1a98
Falk, Kurt
42ccda05-d800-4423-aaf3-a0e4f1f0bd13
Tukia, Pekka
97737653-8a0a-495e-be04-92f2d42f5257
Anderson, James W., Falk, Kurt and Tukia, Pekka
(2007)
Conformal measures associated to ends of hyperbolic n-manifolds.
Quarterly Journal of Mathematics, 58 (1), .
(doi:10.1093/qmath/hal019).
Abstract
Let G be a non-elementary Kleinian group acting on the closed
n-dimensional unit ball and assume that its Poincare
series converges at the exponent a. Let M be the
G-quotient of the open unit ball.
We consider certain families E={e1, ..., ep} of open subsets
of M such that the complement of the union of e1, ..., ep in M is compact. The sets e1, ..., ep are the ends of M and E is
a complete collection of ends for M.
We associate to each end e in E an a-conformal measure such that the
measures corresponding to
different ends are mutually singular if non-trivial. Additionally, each a-conformal
measure for G on its limit set
can be written as a sum of such conformal
measures associated to ends e in E. In dimension 3, our results
overlap with some results of Bishop and Jones.
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Published date: March 2007
Organisations:
Pure Mathematics
Identifiers
Local EPrints ID: 44636
URI: http://eprints.soton.ac.uk/id/eprint/44636
ISSN: 0033-5606
PURE UUID: b73edeb8-3630-42b8-8f40-862d0d56e917
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Date deposited: 06 Mar 2007
Last modified: 16 Mar 2024 02:52
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Contributors
Author:
Kurt Falk
Author:
Pekka Tukia
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