Prof. James Meiss

Applied Mathematics University of Colorado

Unpublished articles

• Encyclopedia of applied mathematics
• James Meiss

• Reversible Dynamics
• Jeroen Lamb

• Lozi map
• René Lozi

• Chaotic time series
• J. Doyne Farmer, John F. Gibson

• Unimodal maps
• Sebastian van Strien

• Henon map
• Michael Benedicks

• Anti-integrable limit
• Yi-Chiuan Chen

• Period doubling
• Charles Tresser, M. Pierre Coullet

• Stability of fixed points for symplectic maps
• James Howard

• Circle maps
• Yitzhak Katznelson

• Siegel disks
• Xavier Buff, Arnaud Chéritat, Lasse Rempe

Curator and author

• Hamiltonian systems
• (2007) James Meiss

• Dynamical systems
• (2007) James Meiss

Articles sponsored or reviewed

• Multiscale modeling
• (2011) Weinan E, Jianfeng Lu

• Metaheuristic Optimization
• (2011) Xin-She Yang

• Rank One Chaos
• (2011) Quidong Wang

• Chirikov criterion
• (2009) Dima Shepelyansky

• Hamilton-Jacobi equation
• (2010) Robert L. Warnock

• Buchberger's algorithm
• (2011) Bruno Buchberger, Manuel Kauers

• Groebner basis
• (2010) Bruno Buchberger, Manuel Kauers

• Boris Valerianovich Chirikov
• (2008) Dima Shepelyansky

• Minimal dynamical systems
• (2009) Sergiy Kolyada, Ľubomír Snoha

• Topological transitivity
• (2009) Sergiy Kolyada, Ľubomír Snoha

• Asymptotic cycles
• (2008) Sol Schwartzman

• Conjugate maps
• (2007) Yuri A. Kuznetsov

• Partial hyperbolicity
• (2011) Boris Hasselblatt, Yakov Pesin

• Nonuniform hyperbolicity
• (2008) Yakov Pesin, Boris Hasselblatt

• Saddle-node bifurcation for maps
• (2008) Yuri A. Kuznetsov

• Kneading theory
• (2010) Toby Hall

• Pesin entropy formula
• (2008) Boris Hasselblatt, Yakov Pesin

• Symplectic maps
• (2010) Christophe Golé

• Nontwist maps
• (2009) Philip J Morrison, Alexander Wurm

• Chirikov standard map
• (2008) Boris Chirikov, Dima Shepelyansky

• Maps with vanishing denominators
• (2007) Laura Gardini, Gian-Italo Bischi, Christian Mira

• Smale horseshoe
• (2007) Steve Smale, Michael Shub

• Expansive systems
• (2008) Jorge Lewowicz, Marcelo Cerminara

• Symbolic dynamics
• (2008) Brian Marcus, Susan Williams

• Noninvertible maps
• (2007) Christian Mira

• Hyperbolic dynamics
• (2008) Boris Hasselblatt, Yakov Pesin

• Kolmogorov-Arnold-Moser theory
• (2010) Luigi Chierchia, John N. Mather

• Sharkovsky ordering
• (2008) Aleksandr  Nikolayevich Sharkovsky

Recognized contributor

• Unstable periodic orbits
• (2007) Paul So

• Periodic orbit
• (2006) Jeff Moehlis, Kresimir Josic, Eric T. Shea-Brown

• Ant colony optimization
• (2007) Marco Dorigo

• Particle swarm optimization
• (2008) Marco Dorigo, Marco A. Montes de Oca, Andries Engelbrecht

• Bifurcation
• (2007) John Guckenheimer

• Morse-Smale systems
• (2007) Michael Shub

• Dynamical billiards
• (2007) Leonid Bunimovich

• Center manifold
• (2006) Jack Carr

• Neimark-Sacker bifurcation
• (2008) Yuri A. Kuznetsov, Robert J. Sacker

• Oseledets theorem
• (2008) Valery Oseledets

• Saddle-node bifurcation
• (2006) Yuri A. Kuznetsov

• Normal forms
• (2006) James Murdock

• State space
• (2008) David H. Terman, Eugene M. Izhikevich

• Jakobson theorem
• (2008) Michael Jakobson

• Hamiltonian normal forms
• (2007) Ferdinand Verhulst

• Perturbation theory (dynamical systems)
• (2008) Henk Broer, Heinz Hanßmann

• Zaslavsky map
• (2007) George Zaslavsky

• MATLAB
• (2007) Rob Schreiber

• Numerical analysis
• (2007) Kendall E. Atkinson

• Linear and nonlinear waves
• (2009) Graham W Griffiths, William E. Schiesser

• Celestial mechanics
• (2009) Sylvio Ferraz-Mello

• Linear multistep method
• (2010) Ernst Hairer, Gerhard Wanner

• Pugh closing lemma
• (2008) Christian Bonatti

• Fermi-Pasta-Ulam nonlinear lattice oscillations
• (2008) Thierry Dauxois, Stefano Ruffo

• Uniformly hyperbolic attractors
• (2008) Todd Fisher

• Artificial bee colony algorithm
• (2010) Dervis Karaboga

• N-body choreographies
• (2010) Richard Montgomery

James Meiss is a professor at the University of Colorado at Boulder in the Department of Applied Mathematics.

His research has been in the area of Hamiltonian dynamics, plasma physics and nonlinear waves.