For n 2, let (+ x {, n ) { 0 be the distributions of the Brownian motion on the unit sphere S n /R n+1 starting in some point x # S n . This paper supplements results of Saloff-Coste concerning the rate of convergence of + x {, n to the uniform distribution U n on S n for { ร depending on the dimens
Asymptotics of Heat Kernels on Projective Spaces of Large Dimensions and on Disk Hypergroups
โ Scribed by Michael Voit
- Publisher
- John Wiley and Sons
- Year
- 1998
- Tongue
- English
- Weight
- 597 KB
- Volume
- 194
- Category
- Article
- ISSN
- 0025-584X
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โฆ Synopsis
In this note we give exact asymptotic rates of convergence of Brownian motions on complex and quaternionic projective spacea to the uniform distribution when the dimension of these tipii~m tends to infinity. Similar results are ah0 established for the symmetric spacea U(n)/U(n -1) and disk hypergroups. Proofs will be based on a comparision of heat kernels with Poisson kernels together with a central limit result for Poisson kernels.
X, starting in 3: at time 0. It is well-known that Brownian motions on X , tend in distribution to U, for t + 00, and it is natural to ask for quantitative estimates on how ht,, tends to 1 depending on n. Such problems of convergence to equilibrium
๐ SIMILAR VOLUMES
dedicated to professor norio shimakura on the occasion of his sixtieth birthday In this paper, we will give a sufficient condition on the logarithmic derivative of the heat kernel under which a logarithmic Sobolev inequality (LSI, in abbreviation) on a loop space holds. As an application, we prove