This review paper is devoted to study the conceptual difficulties that mathematics meets
when attempting to describe the complexity of living matter focusing on the challenging …

The modeling of living systems composed of many interacting entities is treated in this paper
with the aim of describing their collective behaviors. The mathematical approach is …

The scientific problems posed by the Earth's atmosphere, oceans, cryosphere–along with
the land surface and biota that interact with them–are central to major socioeconomic and …

This paper proposes a further development of the mathematical theory of swarms to
behavioral dynamics of social and economic systems, with an application to the modeling of …

Much of the work on climate change and its economic impacts so far has been done on the
basis of equilibrium theories, in the climate as well as the economic realm. Increasingly …

The aim of this Element is to understand how far mathematical theories based on active
particle methods have been applied to describe the dynamics of complex systems in …

Traditional notions of production function do not consider the time dimension, appearing
thus timeless and instantaneous. We propose an agent-based model accounting for the …

This paper presents a development of the mathematical theory of swarms towards a systems
approach to behavioral dynamics of social and economical systems. The modeling …

Abstract Nowadays, the Multiagent Systems research community is facing new challenges
related to engineering the overall process of software development, tailoring it to the specific …

Coupling Active Macroeconomic and Climate Models: New Types of Endogenous Variability
Page 1 Coupling Active Macroeconomic and Climate Models: New Types of Endogenous …