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In Memory of John L. Hudson: Self-Organized Structures in Chemical Systems

This Focus Issue is dedicated to the memory of John L. Hudson who was a long-time editor of Chaos and prominent researcher in the area of complexity in chemical and biological systems. The work presented in this issue reflects the interdisciplinary nature of John Hudson's research and includes contributions on topics ranging from mathematics to the life sciences. This work was contributed by Hudson's collaborators, students and friends and includes a Foreword by Nobel Laureate Gerhard Ertl who referred to John Hudson as "an excellent scientist who for many of us was a good friend."Â

Guest Editors: Yannis G. Kevrekidis, IstvÃ¡n Z. Kiss, Hiroshi Kori and Katharina Krischer

FOCUS ISSUE: IN MEMORY OF JOHN L. HUDSON: SELF-ORGANIZED STRUCTURES IN CHEMICAL SYSTEMS

Foreword

Gerhard Ertl

10.1063/1.5031433

FOCUS ISSUE: IN MEMORY OF JOHN L. HUDSON: SELF-ORGANIZED STRUCTURES IN CHEMICAL SYSTEMS

Introduction to Focus Issue: In Memory of John L. Hudson: Self-Organized Structures in Chemical Systems

Yannis G. Kevrekidis; István Z. Kiss; Hiroshi Kori; Katharina Krischer

10.1063/1.5033452

FOCUS ISSUE: IN MEMORY OF JOHN L. HUDSON: SELF-ORGANIZED STRUCTURES IN CHEMICAL SYSTEMS

Synchronization of two coupled turbulent fires

Kazushi Takagi; Hiroshi Gotoda; Takaya Miyano; Shogo Murayama; Isao T. Tokuda

10.1063/1.5009896

FOCUS ISSUE: IN MEMORY OF JOHN L. HUDSON: SELF-ORGANIZED STRUCTURES IN CHEMICAL SYSTEMS

Hole patterns in ultrathin vanadium oxide layers on a Rh(111) surface during catalytic oxidation reactions with NO

Bernhard von Boehn; Sarah Mehrwald; Ronald Imbihl

10.1063/1.5020360

FOCUS ISSUE: IN MEMORY OF JOHN L. HUDSON: SELF-ORGANIZED STRUCTURES IN CHEMICAL SYSTEMS

On the phase space structure of IP₃ induced Ca²⁺ signalling and concepts for predictive modeling

Martin Falcke; Mahsa Moein; Agne Tilūnaitė; Rüdiger Thul; Alexander Skupin

10.1063/1.5021073

FOCUS ISSUE: IN MEMORY OF JOHN L. HUDSON: SELF-ORGANIZED STRUCTURES IN CHEMICAL SYSTEMS

Autonomous cycling between excitatory and inhibitory coupling in photosensitive chemical oscillators

Desmond Yengi; Mark R. Tinsley; Kenneth Showalter

10.1063/1.5018388

FOCUS ISSUE: IN MEMORY OF JOHN L. HUDSON: SELF-ORGANIZED STRUCTURES IN CHEMICAL SYSTEMS

Oscillations in an array of bistable microelectrodes coupled through a globally conserved quantity

S. Bozdech; Y. Biecher; E. R. Savinova; R. Schuster; K. Krischer; A. Bonnefont

10.1063/1.5022475

FOCUS ISSUE: IN MEMORY OF JOHN L. HUDSON: SELF-ORGANIZED STRUCTURES IN CHEMICAL SYSTEMS

Chimera states in brain networks: Empirical neural vs. modular fractal connectivity

Teresa Chouzouris; Iryna Omelchenko; Anna Zakharova; Jaroslav Hlinka; Premysl Jiruska; Eckehard Schöll

10.1063/1.5009812

FOCUS ISSUE: IN MEMORY OF JOHN L. HUDSON: SELF-ORGANIZED STRUCTURES IN CHEMICAL SYSTEMS

Collective orientational dynamics of pinned chemically-propelled nanorotors

Bryan Robertson; Holger Stark; Raymond Kapral

10.1063/1.5018297

FOCUS ISSUE: IN MEMORY OF JOHN L. HUDSON: SELF-ORGANIZED STRUCTURES IN CHEMICAL SYSTEMS

Partial synchronization of relaxation oscillators with repulsive coupling in autocatalytic integrate-and-fire model and electrochemical experiments

Hiroshi Kori; István Z. Kiss; Swati Jain; John L. Hudson

10.1063/1.5022497

FOCUS ISSUE: IN MEMORY OF JOHN L. HUDSON: SELF-ORGANIZED STRUCTURES IN CHEMICAL SYSTEMS

Boundary-induced pattern formation from uniform temporal oscillation

Takahiro Kohsokabe; Kunihiko Kaneko

10.1063/1.5013280

FOCUS ISSUE: IN MEMORY OF JOHN L. HUDSON: SELF-ORGANIZED STRUCTURES IN CHEMICAL SYSTEMS

Pulse-coupled Belousov-Zhabotinsky oscillators with frequency modulation

Viktor Horvath; Irving R. Epstein

10.1063/1.5021585

FOCUS ISSUE: IN MEMORY OF JOHN L. HUDSON: SELF-ORGANIZED STRUCTURES IN CHEMICAL SYSTEMS

Topological characterization versus synchronization for assessing (or not) dynamical equivalence

Christophe Letellier; Sylvain Mangiarotti; Irene Sendiña-Nadal; Otto E. Rössler

10.1063/1.5011325

FOCUS ISSUE: IN MEMORY OF JOHN L. HUDSON: SELF-ORGANIZED STRUCTURES IN CHEMICAL SYSTEMS

Expansion of scroll wave filaments induced by chiral mismatch

Daniel Weingard; Oliver Steinbock; Richard Bertram

10.1063/1.5008274

FOCUS ISSUE: IN MEMORY OF JOHN L. HUDSON: SELF-ORGANIZED STRUCTURES IN CHEMICAL SYSTEMS

Superslow relaxation in identical phase oscillators with random and frustrated interactions

H. Daido

10.1063/1.5009685

FOCUS ISSUE: IN MEMORY OF JOHN L. HUDSON: SELF-ORGANIZED STRUCTURES IN CHEMICAL SYSTEMS

Synchronization of three electrochemical oscillators: From local to global coupling

Yifan Liu; Michael Sebek; Fumito Mori; István Z. Kiss

10.1063/1.5012520

FOCUS ISSUE: IN MEMORY OF JOHN L. HUDSON: SELF-ORGANIZED STRUCTURES IN CHEMICAL SYSTEMS

Simple and complex chimera states in a nonlinearly coupled oscillatory medium

Maxim Bolotov; Lev Smirnov; Grigory Osipov; Arkady Pikovsky

10.1063/1.5011678

FOCUS ISSUE: IN MEMORY OF JOHN L. HUDSON: SELF-ORGANIZED STRUCTURES IN CHEMICAL SYSTEMS

Phase reduction and synchronization of a network of coupled dynamical elements exhibiting collective oscillations

Hiroya Nakao; Sho Yasui; Masashi Ota; Kensuke Arai; Yoji Kawamura

10.1063/1.5009669

FOCUS ISSUE: IN MEMORY OF JOHN L. HUDSON: SELF-ORGANIZED STRUCTURES IN CHEMICAL SYSTEMS

Control, synchronization, and enhanced reliability of aperiodic oscillations in the Mercury Beating Heart system

Pawan Kumar; P. Parmananda

10.1063/1.5006697

In Memory of John L. Hudson: Self-Organized Structures in Chemical Systems

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In Memory of John L. Hudson: Self-Organized Structures in Chemical Systems

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