The Posi-Nega Switch Mechanism in the Globally-Coupled Map Lattice and a New Coupled Map Lattice with Inverse Power law

スポンサーリンク

概要

• 論文の詳細を見る

• The mechanism of the posi-nega switch known in the globally coupled map lattice is clarified. A new extended globally coupled map lattice model is proposed. The new model shares the same intriguing properties with the standard globally coupled map lattice and yet admits an investigation of spatial formation of the clusters. Formation of amazing self-organized clustering patterns is found in the new model. The new extended model may be applied to the simulation of pattern formation in the network of nonlinear systems such as the galaxy formation from the density fluctuation in the universe.

• 明治大学の論文

著者

• Shimada Tokuzo

  Department Of Physics School Of Science And Technology Meiji University

• Shimada T

  Meiji Univ. Kanagawa‐ken

• Masuda Fumio

  Tokyo Metropolitan Shinzjuku Yamabuki High School

関連論文

• Universality in Periodicity Manifestations in Turbulent Non-Locally Coupled Map Lattices
• Study of the Ambiguity Problem in ππ Phase Shift Analysis
• Anomalies, Short-Distance Behavior and Radiative Correction to π^-→l^-ν^^- Decay
• Phenomenology of Globally Coupled Map Lattice and its Extension
• The Posi-Nega Switch Mechanism in the Globally-Coupled Map Lattice and a New Coupled Map Lattice with Inverse Power law
• A Resonance Model of Baryons without Parity Doublets Based on Duality and Quark Model
• A Resonance Model of Bosons Based on Duality and the Quark Model
• Evaluation study of numerical schemes for an air quality simulation model in complex terrain

スポンサーリンク