Latest Articles for Wave Dynamics

Vector solitons reveal secrets about materials through their unique movements.

Discover how inertial waves reveal the secrets of stars' inner workings.

An overview of solitons and breathers in nonlinear wave equations.

Discover how waves interact in materials and create wavenumber bandgaps.

A new method improves the accuracy and speed of simulating nonlinear water waves.

A look into the behaviors of solitons when mixed with randomness.

A method for solving Sobolev-type equations to study wave behaviors effectively.

Discover the enchanting interactions of heavy and light particles in theoretical physics.

A deep dive into wave functions and their dynamic interactions.

Discover the intriguing behavior of half-wave maps in mathematics and physics.

Uncover the mysteries of half-wave maps and their significance in mathematics.

Research reveals ways to control thermal instability in Kerr-microresonators.

Explore the fascinating behaviors of solitons and Bloch oscillations in quantum fluids.

Dissipative solitons offer exciting possibilities in laser technology and various applications.

Discover how the Kawahara equation shapes wave control in science and technology.

Magnonics research reveals new potential in low-power technology through magnons and antimagnons.

Discover the unpredictable behavior of light in optical wave turbulence.

Mathematicians develop KdVH for improved wave modeling and numerical solutions.

Explore the dynamics of dimer systems and their wave patterns.

Discover how breathers and solitons shape waves in nature and technology.

Explore the fascinating dynamics of modulational instability in Bose-Einstein condensates.

Explore the fascinating world of Townes solitons and their breathing dynamics.

Introducing MscaleFNO, a multi-scale approach reshaping how we study waves and materials.

Discover how solitary waves behave in various physical systems.