Brownian winding fields
Probability
2019-03-29 v2
Authors:
Yves Le Jan
Abstract
The purpose of the present note is to review and improve the convergence of the renormalized winding fields.
Cite
@article{arxiv.1811.02737,
title = {Brownian winding fields},
author = {Yves Le Jan},
journal= {arXiv preprint arXiv:1811.02737},
year = {2019}
}
Comments
Typos were corrected
Related papers
View all related →
High Energy Physics - Theory · Physics
Some Observations on Broken Symmetries
M. Testa
2010-02-03
High Energy Physics - Phenomenology · Physics
Bulk fields with brane terms
F. del Aguila, M. Perez-Victoria, J. Santiago
2011-09-13
Probability · Mathematics
Compact Brownian surfaces II. Orientable surfaces
Jérémie Bettinelli, Grégory Miermont
2025-09-16
Probability · Mathematics
Renormalization and convergence in law for the derivative of intersection local time in R^2
Greg Markowsky
2007-05-23
Dynamical Systems · Mathematics
On the Pollicott-Ruelle resonances
Joel Antonio-Vásquez
2017-03-07
Probability · Mathematics
Rearrangements of gaussian fields
Raphael Lachieze-Rey, Youri Davydov
2011-03-10
Quantum Algebra · Mathematics
Deformation quantization of covariant fields
Giuseppe Dito
2007-05-23
Probability · Mathematics
Practical criteria for R-positive recurrence of unbounded semigroups
Nicolas Champagnat, Denis Villemonais
2021-02-19
Probability · Mathematics
A note on the convergence of renewal and regenerative processes to a Brownian bridge
Sergey Foss, Takis Konstantopoulos
2017-11-29
Probability · Mathematics
Winding of a Brownian particle around a point vortex
Huanyu Wen, Jean-Luc Thiffeault
2020-01-16
Algebraic Geometry · Mathematics
Hulls and Husks
János Kollár
2009-09-21
High Energy Physics - Phenomenology · Physics
Introduction to Renormalization in Field Theory
Ling-Fong Li, Chongqing
2017-08-23
Statistical Mechanics · Physics
Fifty years of Wilsonian renormalization and counting
Philip W. Phillips
2024-09-12
Classical Analysis and ODEs · Mathematics
A reformulation of an ordinary differential equation
Oscar A. Barraza
2013-02-12
Probability · Mathematics
Some Estimates for Planar Random Walk and Brownian Motion
Christian Benes
2007-05-23
High Energy Physics - Phenomenology · Physics
Renormalon Phenomenology: Questions and Directions
M. Beneke
2009-10-30
Mesoscale and Nanoscale Physics · Physics
A polarizing situation: Taking an in-plane perspective for next-generation near-field studies
P. James Schuck, Wei Bao, Nicholas J. Borys
2015-12-09
Analysis of PDEs · Mathematics
Corrigendum to "Spectral optimization for weighted anisotropic problems with Robin conditions" [J. Differ. Equ. 378, 303--338, 2024]
B. Pellacci, G. Pisante, D. Schiera
2025-03-10
High Energy Physics - Theory · Physics
A hint of renormalization
B. Delamotte
2015-06-26
Number Theory · Mathematics
Unlikely intersections in Shimura varieties and beyond: a survey
Christopher Daw
2025-06-04
Group Theory · Mathematics
A Note on Matching in Groups and Field Extensions
Babak Hassanzadeh
2018-03-23
Classical Analysis and ODEs · Mathematics
A subtly analysis of Wilker inequality
Cristinel Mortici
2013-12-24
Symplectic Geometry · Mathematics
A note on gradient-like vector fields
Kai Cieliebak
2024-06-06
Optimization and Control · Mathematics
Reconciling Bayesian and perimeter regularization for binary inversion
Oliver R. A. Dunbar, Matthew M. Dunlop, Charles M. Elliott, Viet Ha Hoang +1
2020-04-13
High Energy Physics - Theory · Physics
The winding angle distribution for Brownian and SAW revisited
H. Saleur
2007-05-23