H. Eugene Stanley

TL;DR: A reversible social contagion model of community networks that includes the factor of social reinforcement is proposed that indicates that there is a first-order phase transition in the spreading dynamics, and that a hysteresis loop emerges in the system when there are a variety of initially-adopted seeds.

TL;DR: In this article, the authors consider the problem of uncovering how, through randomness (albeit, as we shall see, strongly correlated randomness), one can arrive at many spatial and temporal patterns in biology, medicine, and economics.

TL;DR: A diagrammatic technique for determining the exact recursive relations for the partition functions of the Ising model in a field, situated on finitely ramified deterministic fractal lattices, and demonstrates the difference between the standard thermodynamic limit and the fractal-to-Euclidean crossover behavior.

TL;DR: In this paper, a simple experiment and numerical model of how these avalanches cause segregation in particle size that lead to characteristic laminated patterns is presented, and the authors analyze data on two sandstone samples from different, but similar, geological environments, and find that the permeability fluctuations display long-range power-law correlations characterized by an exponent H≈082-090.

TL;DR: A dynamic network model of corrupt and noncorrupt employees representing two states in the public and private sector finds that the public sector wage premium increases with the level of corruption.