REGULAR & CHAOTIC DYNAMICS

Scope & Guideline

Illuminating Insights in Mathematical Physics

Introduction

Welcome to your portal for understanding REGULAR & CHAOTIC DYNAMICS, featuring guidelines for its aims and scope. Our guidelines cover trending and emerging topics, identifying the forefront of research. Additionally, we track declining topics, offering insights into areas experiencing reduced scholarly attention. Key highlights include highly cited topics and recently published papers, curated within these guidelines to assist you in navigating influential academic dialogues.
LanguageEnglish
ISSN1560-3547
PublisherPLEIADES PUBLISHING INC
Support Open AccessNo
CountryUnited States
TypeJournal
Convergefrom 1998 to 2024
AbbreviationREGUL CHAOTIC DYN / Regul. Chaotic Dyn.
Frequency6 issues/year
Time To First Decision-
Time To Acceptance-
Acceptance Rate-
Home Page-
AddressPLEIADES HOUSE, 7 W 54 ST, NEW YORK, NY 10019, UNITED STATES

Aims and Scopes

The journal 'Regular & Chaotic Dynamics' focuses on theoretical and applied aspects of dynamical systems. It serves as a platform for researchers to explore various methodologies and phenomena related to regular and chaotic dynamics across diverse mathematical and physical systems.
  1. Dynamical Systems Theory:
    Explores the fundamental principles of dynamical systems, including stability, bifurcations, and chaos. This area often employs analytical and numerical methods to study the behavior of systems over time.
  2. Hamiltonian Dynamics:
    Focuses on systems described by Hamiltonian mechanics, emphasizing integrability, chaos, and the geometric structures of phase space. This includes studies on Hamiltonian systems with various constraints and perturbations.
  3. Nonlinear Dynamics and Chaos:
    Investigates the behavior of nonlinear systems, with particular attention to chaotic dynamics, attractors, and bifurcations. This area is crucial for understanding complex phenomena in both natural and engineered systems.
  4. Mathematical Physics Applications:
    Applies dynamical systems theory to physical problems, including fluid dynamics, celestial mechanics, and statistical mechanics. This approach often bridges mathematics and physics to solve real-world problems.
  5. Numerical Analysis of Dynamical Systems:
    Utilizes computational methods to analyze and simulate dynamical systems. This includes numerical experiments to validate theoretical results and explore complex behaviors.
Recent publications in 'Regular & Chaotic Dynamics' reveal a dynamic evolution of research interests, with several emerging themes gaining traction. These trends reflect advancements in methodology and a growing interest in complex systems.
  1. Complex Systems and Networks:
    There is an increasing focus on the dynamics of complex systems and networks, particularly in areas such as synchronization and the interplay of chaotic behaviors in interconnected systems.
  2. Nonholonomic Systems:
    Research on nonholonomic systems, which include constraints that depend on the velocities of the system, is becoming more prominent, indicating a growing interest in their unique dynamical properties.
  3. Interdisciplinary Applications:
    The journal is witnessing a trend towards interdisciplinary studies that apply dynamical systems theory to diverse fields such as biology (e.g., neuronal dynamics), engineering, and even social sciences, emphasizing the broad applicability of dynamical concepts.
  4. Advanced Numerical Methods and Simulations:
    There is a notable increase in the development and application of sophisticated numerical methods to explore chaotic dynamics and bifurcations, highlighting the importance of computational techniques in modern dynamical systems research.

Declining or Waning

While 'Regular & Chaotic Dynamics' has consistently focused on the core areas of dynamical systems, certain themes appear to be declining in prominence based on recent publications. These waning themes may reflect shifts in research priorities or the emergence of new methodologies.
  1. Classical Mechanics Applications:
    There seems to be a reduction in studies specifically focused on classical mechanical systems, particularly those that were previously popular, such as simple pendulum dynamics or basic celestial mechanics.
  2. Low-Dimensional Dynamical Systems:
    Research on low-dimensional systems, such as two-dimensional maps or simple ordinary differential equations, appears to be less frequent, possibly due to a shift towards more complex, higher-dimensional systems.
  3. Basic Stability Analysis:
    Papers focusing solely on elementary stability analysis without a broader context of chaos or bifurcation theory are becoming less common, indicating a shift towards more integrated approaches that combine multiple aspects of dynamical systems.

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