Latest Articles for Nonlinear

A closer look at the Ivancevic model for option pricing in finance.

A new approach to forecast changes in complex systems using reservoir computing.

Examining breather solitons in electron-positron-ion plasmas for better insights.

Researchers simplify wave focusing methods for hidden targets in complex materials.

This article explores a new method of analyzing turbulence using information theory.

Exploring the behavior and patterns of wave turbulence in various systems.

A new approach for nonlinear systems enhances modeling efficiency and accuracy.

Local-DSM enhances diffusion models for complex, nonlinear data handling.

A novel approach to model wave response in elastic-plastic metamaterials.

Explore strategies for effectively handling unpredictable systems in various fields.

Discover how the Koopman Operator aids in handling uncertainty in complex, changing systems.

A new framework mimicking biological learning using chemical reactions.

A look into bridging nonlinear behaviors with linear representations.

A look at numerical methods enhancing option pricing in finance.

This article presents a new method for solving bilevel programming problems with linear and nonlinear components.

Exploring methods for understanding complex systems through collaborative agent learning.

A look into the KdV equation and its implications for wave behavior.

Researchers explore new magnetic systems with potential technological applications.

Exploring how charged particles move through materials with defects.

Improving tools to check if loops in programs will finish running.

A new algorithm enhances accuracy and efficiency in time integration for structural analysis.

Research reveals unique properties of ZnTe under intense terahertz exposure.

Scientists investigate how soft materials behave as they grow and interact.

Scientists set strict boundaries on nonlinear effects in quantum mechanics experiments.

A look at how Newton's method helps tackle nonlinear boundary value problems.

A look into how systems lose energy and the importance of diverse inputs.

NonSysId simplifies creating accurate models for complex systems efficiently.

A new method boosts efficiency in solving optimal control problems using ParaOpt.

Discover the unique light structures transforming optics and technology.

Gluons play a key role in the strong force at high energies.

TDSTT transforms how we predict spacecraft movements in complex orbits.

A new method improves data assimilation in multi-layer ocean and atmosphere studies.

Designing controllers for stability and performance in complex systems.