Editors and Their Fields

All editors prefer electronic submissions. You should email directly your paper to the most appropriate editor as a PDF file.

Giles Auchmuty auchmuty@uh.edu
Applicable PDE and Classical field theories as a description

David Bao bao@math.sfsu.edu
Geometry (Finsler geometry)

Haïm Brezis brezis@ccr.jussieu.fr
Non-Linear Analysis, PDE's

Kenneth R. Davidson krdavids@math.uwaterloo.ca , http://www.math.uwaterloo.ca/~krdavids/jsub.html
Linear Analysis (operator algebras, operator theory)

Mai Gehrke M.Gehrke@math.ru.nl
Algebra

Charles L. Hagopian hagopian@csus.edu
Topology

Robert M. Hardt  hardt@math.rice.edu
Geometry, Linear Analysis

Yasunao Hattori hattori@math.shimane-u.ac.jp
Topology (Set-Theoretic and Geometric Topology)

Jutta Hausen hausen@math.uh.edu
Algebra

Johnny A. Johnson jjohnson@math.uh.edu 
Algebra (rings, ideal theory, modules)

William B. Johnson johnson@math.tamu.edu , http://www.math.tamu.edu/~bill.johnson/
Linear Analysis (geometry of Banach spaces, convex geometry, asymptotic geometric analysis),
Non-Linear Analysis (non-linear geometry of Banach spaces, metric space geometry)

Klaus Kaiser hjm@uh.edu, http://www.math.uh.edu/~klaus/
Algebra (universal algebra)

Vern I. Paulsen vern@math.uh.edu 
Linear Analysis

Maurice Rojas  rojas@math.tamu.edu 
Algebraic Geometry (algorithmic, numerical, toric, and tropical), Number Theory (computational and p-adic methods), Polyhedral Combinatorics

Min Ru minru@math.uh.edu
Geometry, Complex variables

Stephen W. Semmes semmes@rice.edu
Linear Analysis (harmonic analysis), Geometry,