activity
20062021
most citedContinuous Opinion Dynamics under Bounded Confidence: A Survey

549 citations · 1.2k across the 16 of their papers we have counts for

collaborators

18 papers

physics.soc-ph2021★ 10 cited

Opinion Dynamics and Collective Decisions

Jan Lorenz, Martin Neumann

We expect that democracy enables us to utilize collective intelligence such that our collective decisions build and enhance social welfare, and such that we accept their distributi…

physics.soc-ph2018

How different homophily preferences mitigate and spur ethnic and value segregation: Schelling's model extended

Rocco Paolillo, Jan Lorenz

In Schelling's segregation model agents of two ethnic groups reside in a regular grid and aim to live in a neighborhood that matches the minimum desired fraction of members of the…

math.OC2016★ 26 cited

Rank-optimal weighting or "How to be best in the OECD Better Life Index?"

Jan Lorenz, Christoph Brauer, Dirk A. Lorenz

We present a method of rank-optimal weighting which can be used to explore the best possible position of a subject in a ranking based on a composite indicator by means of a mathema…

q-fin.GN2012★ 10 cited

Redistribution spurs growth by using a portfolio effect on human capital

Jan Lorenz, Fabian Paetzel, Frank Schweitzer

We demonstrate by mathematical analysis and systematic computer simulations that redistribution can lead to sustainable growth in a society. The human capital dynamics of each agen…

math.OC2011★ 2 cited

Convergence to consensus in multiagent systems and the lengths of inter-communication intervals

Jan Lorenz

A theorem on (partial) convergence to consensus of multiagent systems is presented. It is proven with tools studying the convergence properties of products of row stochastic matric…

physics.soc-ph2008★ 8 cited

Fixed points in models of continuous opinion dynamics under bounded confidence

Jan Lorenz

We present two models of continuous opinion dynamics under bounded confidence which are representable as nonnegative discrete dynamical systems, namely the Hegselmann-Krause model…