5 papers
This study demonstrates through numerical simulations of a spatial trust game that inter-role rewards do not linearly promote trust, as excessive rewards can trigger non-return strategies that suppress cooperation, while moderately costly rewards are most effective at consolidating trust clusters.
This paper investigates a multilane asymmetric exclusion process with a multiply-degenerate umbilic point, demonstrating through effective mode-coupling theory and simulations that the system exhibits a robust dynamical exponent of and novel universality classes for its space-time fluctuations.
This paper demonstrates that while a probabilistic totalistic cellular automaton's mean-field formulation approximates the logistic equation only with infinite-range interactions, numerical studies show that shuffling configurations or rewiring a fraction of links (including in small-world networks) effectively emulates logistic behavior and exhibits a bifurcation cascade in density, a phenomenon that also extends to deterministic totalistic automata with similar symmetries.
This paper introduces a reduction method for Boolean networks based on dominant vertices, proving that the induced dynamics on these vertices are asymptotically equivalent to the original system, thereby simplifying the analysis of attractors, basins, and transient behaviors.
This paper proposes a new local decoder for the toric code called the 2D signal-rule, which uses binary signal exchanges to attract defects and achieves a high pseudo-threshold with optimal scaling, offering a promising path toward practical two-dimensional local quantum memory.