Game Theory Meets Optimization in New Model for Complex Dynamic Systems
A PLOS One study combines Shapley values, Nash equilibrium, and Markov decision processes to build a dynamic integration model that ...
A PLOS One study combines Shapley values, Nash equilibrium, and Markov decision processes to build a dynamic integration model that ...
A Frontiers in Physics Perspective argues that cryptocurrency market patterns are evolving properties, not fixed constants, and sets out five ...
A participatory systems analysis in Canada, Senegal and the Netherlands identifies three self-reinforcing dynamics driving antimicrobial resistance in food systems ...
A new opinion article argues that the collision between universal cognitive limits and rising systemic complexity — not a lack ...
A PLOS Complex Systems opinion article argues that AI embedded in complex systems needs meta-cognitive abilities to detect when its ...
A Physics-Regularized Graph Neural Network learns collective motion dynamics from trajectory data, achieving lower closed-loop position errors than five baselines ...
An analysis of more than 3,000 cities worldwide shows that built mass grows sublinearly with population, meaning larger cities and ...
A computational NK-landscape study shows how variable interdependencies, early positions and changing local options can shape organizational adaptation under turbulence.
A new collection of five studies in Frontiers in Complex Systems uses game theory and evolutionary dynamics to explain cooperation ...
Frontiers in Complex Systems has retracted a 2025 hypothesis paper that claimed to ground evolution in thermodynamic entropy reduction, after ...
© 2025 Scienmag - Science Magazine
© 2025 Scienmag - Science Magazine