Population structure is a key determinant in fostering cooperation among naturally self-
interested individuals in microbial populations, social insect groups, and human societies …

Humanity urgently needs new ways of economic growth to strike a sustainable balance
between economic development and resource conservation/environmental protection …

Cooperative behavior is essential for conflicts between collective and individual benefits,
and evolutionary game theory provides a key framework to solve this problem. Decision …

Complex time-varying systems are often studied by abstracting away from the dynamics of
individual components to build a model of the population-level dynamics from the start …

The fact that relatively simple entities, such as particles or neurons, or even ants or bees or
humans, give rise to fascinatingly complex behaviour when interacting in large numbers is …

Evolutionary game has applications in many fields, from engineering to economics and
social sciences. Applying evolutionary games to complex networks has become a hot …

The problem of promoting the evolution of cooperative behaviour within populations of self-
regarding individuals has been intensively investigated across diverse fields of behavioural …

From over-exploitation of resources to urban pollution, sustaining well-being requires
solving social dilemmas of cooperation. Often such dilemmas are studied assuming that …

At present, game-based analysis and control problems with environmental feedback
significantly contribute to the study of collective cooperation, and pose great challenges for …

Recently, social debates have been marked by increased polarization of social groups.
Such polarization not only implies that groups cannot reach a consensus on fundamental …