-
- You have access: full
- Open access
- ISSN: 3033-4268 (Online)
Topics include:
-Nonlinear waves in the physical and applied sciences (optics, condensed matter, fluid dynamics, solid state and materials science, and geophysics/atmospheric/plasma physics, and biology)
-Applied integrable and non-integrable systems
-Dispersive hydrodynamics
-Solitary waves and soliton theory
-Deterministic and random nonlinear wave phenomena (e.g., wave or soliton turbulence)
-Nonlinear waves in lattices
-Numerical methods (including ML/AI-based ones) for nonlinear waves models
-Scientific computation and data-driven methods for nonlinear waves
-Asymptotic and variational methods for nonlinear waves problems
-Modelling and experiments related to nonlinear waves
-Dynamical systems approaches to nonlinear waves problems
-Nonlinear wave modulation theory
-Nonlinear waves in dissipative systems
-Stability of nonlinear waves
-Lagrangian and Hamiltonian nonlinear wave mechanics
Mathematics « Cambridge Core Blog
-
New research explores collaborative population dynamics of plants and insects
- 20 August 2024,
- Understanding the evolution of nature through a model describing collaborative population dynamics of plants and insects.
-
How opinion dynamics can be used for mathematical optimization
- 30 April 2024,
- "Swarm intelligence," a term that abstractly captures the collective tendency to facilitate consensus formation by exchanging information within groups of individuals,...
-
The special relationship between mistletoe, birds and mathematics
- 18 January 2024,
- How does mistletoe grow? How does mistletoe spread? And, curiously, how does this link to the latest mathematical research?
X